Td corrigé A&EM Alarm & Event Management ??????? A&VE Audio ... pdf

A&EM Alarm & Event Management ??????? A&VE Audio ...

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AAC Active Address Code gHe0W@Wx
AAC Aeronautical Administrative Communication *‚zz¡{táO
AAC Automatic Alarm Call ꁨR¥bf‹|TëS
AACS Asynchronous Address Communication System _ek0W@WáOû|ß~
AAD Adaptive Arithmetic Decoder ꁐ”^—{/gxыxhV
AAE Adaptive Arithmetic Encoder ꁐ”^—{/gxxhV
AAF Access Adaption Function X[ÖSꁐ”^ŸRý€
AAF Analog Antialiasing Filter !jßb2–÷mÆmänâlhV
AAIC Accounting Authority Identification Code Ó~—{:g„gƋ+Rx
AAL ATM Adaptation Layer ATMM‘B\
AAL1 ATM Adaptation Layer 1 ATMM‘B\1
AAL2 ATM Adaptation Layer 2 ATMM‘B\2
AAL3/4 ATM Adaptation Layer 3/4 ATMM‘B\3/4
AAL5 ATM Adaptation Layer 5 ATMM‘B\5
AALM ATM Adaptation Layer Module ATMM‘B\!jWW
AAR Automatic Alternative Routing ꁨRÞVï1u
AARE Application Association REsponse ”^(uT€TÍT”^
AARQ Application Association ReQuest ”^(uT€T÷‹Bl
AAS Advanced Administration System HQۏ¡{tû|ß~
AAS Automatic Addressing System ꁨRû[@Wû|ß~
AAS Automatic Announcement Subsystem ꁨRåwP[û|ß~
AAS Automatic Audio Switching system ꁨR󗑘¤Nbcû|ß~
AAT Automatic Answer Trunk ꁨR”^T{-Nç~
AATS Alerting Automatic Telling Status ꁨR¥bf‹¶r`
AAU Automatic Answering Unit ꁨR”^T{USCQ
AAVD Automatic Alternate Voice / Data ꁨRí‹ó—/penc¤NÿfO(u
AB ABbreviated dialing )MOèb÷S
AB Address Bus 0W@W;`¿~
AB Aligned Bundle š[MOIQ¤~_g
AB Audio Bandwidth 󗑘&^½[
ABC Address Bus Control 0W@W;`¿~§c6R
ABC Advanced Broadband Communications ؚ§~½[&^áO
ABC Analog Baseband Combiner !jßbúW&^Tv^hV
ABC Auto Billing Calling ꁨR°‹^|TëS
ABC Automatic Bandwidth Control ꁨR&^½[§c6R
ABC Automatic Bias Compensation ꁨROPneˆP
ABC Automatic Bias Control ꁨROPn§c6R
ABC Automatic Broadcasting Control system ꁨR^­d§c6Rû|ß~
ABD ABbreviated Dialing )MOèb÷S
ABD Answer-Back Device ”^T{¾‹Y
ABDL Automatic Binary Data Link ꁨRŒNۏ6Rpencþ”ï
ABEP Advanced Burst Error Processor ؚ§~zÑS•ï‹YthV
ABER Average Bit Error Rate s^GWï‹Ôkyr‡s
ABF Air Blown Fiber EQlIQ¤~
ABI Application Binary Interface ”^(uŒNۏ6R¥cãS
ABM Asynchronous Balanced Mode _eks^aˆ!j_
ABOBA Asynchronous Bidirectional Optical Branching Amplifier
Nù[ðyÌSTIQ/eï>e'YhV
ABR Address Buffer Register 0W@W²QÄ[X[hV
ABR Answer Bid Ratio ”^T{Ջ`SÔk
ABR Area Border Router :SßW¹Luï1uhV
ABR Auromatic Bit Rate selection ꁨRÔkyr‡s éb
ABR Available Bit Rate ïS(uÔkyr‡s
ABS Access Barred Signal ¥ceQ×S;–áO÷S
ABS Alternate Billing Service ïS ¡‹9N¡R
ABS Antipodal Baseband Signaling ù[”^úW&^áO÷S
ABT ATM Block Transfer ATMWWlûy
AC Access Code X[ÖSx ÿ¥ceQx
AC Access Concentrator ¥ceQƖ-NhV
AC Access Control ¿‹î•§c6R
AC Access Coupler ï&€ThV
AC Access Cycle X[ÖShTg
AC Accounting Function ¡‹9ŸRý€
AC Advice of Charge ¡‹9åw
AC Application Channel ”^(uáOS
AC Application Context ”^(usQû|
AC Area Code 0W:S÷S
AC Armored Cable à”ňIQ
AC Asynchronous Computer _ek¡‹—{:g
AC Authentication Center ¤‹Á‹-NÃ_
AC Authentication Code ¤‹Á‹x
ACA ACcounting Analysis Ó~—{Rg
ACA Adaptive Channel Allocation ꁐ”^áOSRM‘
ACA Adjacent Channel Attenuation øv»áOSpˆÏQ
ACA Automated Cable Analysis 5uꁨRRg
ACB Automatic Call Back ꁨRÞVëS
ACC Account Card Calling ¡‹^aS|TëS
ACC ACCounting collection ^US6eƖ
ACC Asynchronous Communication Control _ekáO§c6R
ACC Automatic Carrier Control }âlꁨR§c6R
ACC Automatic Congestion Control ꁨRåb$c§c6R
ACCA ACcounting Class Administration Ó~—{R{|¡{t
ACCH Associated Control CHannel –c6RáOS
ACCS Automatic Calling Card Service ꁨR|TëSaSN¡R
ACD Automatic Call Distribution ꁨR|TëSRM‘
ACD Automatic Call Distributor ꁨR|TëSRM‘hV
ACDMA Advanced CDMA ؚ§~xRY@W
ACE Access Connection Element ¥ceQޏ¥cUSCQ
ACE Animated Computer Education ¡‹—{:g¨R;uYe²€
ACE Automatic Calling Equipment ꁨR|TëS¾‹Y
ACE Auxiliary Control Element …©R§c6RUSCQ
ACF Access Control Field ¿‹î•§c6RW[µk
ACF Advanced Communications Function ؚ§~áOŸRý€
ACF Authentication Control Function t’Cg§c6RŸRý€
ACF Automatic Colour Filter ꁨRi_r‚ǏänhV
ACH Answer CHarge ”^T{¡‹9
ACHI Application CHannel Interface ”^(uáOS¥cãS
ACI Access Control Information ¥ceQ§c6RáOo`
ACI Adjacent Channel Interference øv»áOSr^pb
ACI Asynchronous Communication Interface _ekáO¥cãS
ACIA Asynchronous Communication Interface Adapter _ekáO¥cãSM‘hV
ACL Access Control List ¿‹î•§c6Rhˆ
ACL Advanced Communication Link ؚ§~áOþ”ï
ACL Application Control Language ”^(u§c6R틊
ACL Authorized Component List ˆcCgbXThˆ
ACM Access Control Module ¿‹î•§c6R!jWW
ACM Address Complete Message 0W@WŒ[hQˆmo`
ACM Alarm Control Module ¥bf‹§c6R!jWW
ACM Application Control Management system ”^(u§c6R¡{tû|ß~
ACM Association for Computing Machinery ¡‹—{:gOSO(ŽýV)
ACM Automatic Coding Machine ꁨRx:g
ACM Auxiliary Control Module …©R§c6R!jWW
ACO Alarm Cut-Off ¥bf‹R­e
ACP ACtion Point \O(u¹p
ACP Agent Creation Point ãNtub¹p
ACPM ATM Central Process Module ATM-N.YYt!jWW
ACR Access Control Register ¿‹î•§c6RÄ[X[hV
ACR ACcounting Registration Ó~—{{v°‹
ACR Allowed Cell Rate AQ¸‹„váOCQ‡s
ACR Attenuation-to-Crosstalk Ratio pˆÏQ2NpbÔk
ACR Automatic Call Recording ꁨR|TëS°‹U_
ACR Automatic Character Recognition ꁨRW[&{Ƌ+R
ACR Available Cell Rate ïS(uáOCQ‡s
ACR Average Cell Rate s^GWáOCQ‡s
ACRE Automatic Call Recording Equipment ꁨR|TëS°‹U_¾‹Y
ACS Access Control Server ¥ceQ§c6R
g¡RhV
ACS Access Control System ¥ceQ§c6Rû|ß~
ACS Admission Control Service ¸‹ïS§c6R
g¡R
ACS Advanced Cryptographic System ؚ§~Æ[xû|ß~
ACS Alarm Call Service ¥bf‹|TëSN¡R
ACS All Channel Signaling hQáOSáOäN
ACS Association Control Service element T€T§c6R
g¡RUSCQ
ACS Asynchronous Communication Server _ekáO
g¡RhV
ACS Audio Communication System 󗑘áOû|ß~
ACS Automatic Call Sender ꁨR|TëSÑShV
ACS Automatic Coding System ꁨRxû|ß~
ACSE Association Control Service Element T€T§c6RN¡RUSCQ
ACT Automatic Computer Testing ꁨR¡‹—{:gKmՋ
ACTS Advanced Communication Technologies and Services HQۏ„váO€b/gNN¡R
ACTTAB ACTion TABle ¨R\Ohˆ
ACU Access Control Unit ¥ceQ§c6RUSCQ
ACU Automatic Calling Unit ꁨR|TëSňn
AD Address Decoder 0W@WыxhV
AD Administrative Domain ¡{tßW
ADAC Automatic Data Acquisition Center ꁨRpencǑƖ-NÃ_
ADC ADdress Complete 0W@WŒ[hQ
ADC Analog-Digital Converter !jpelbchV
ADCC Asynchronous Data Communication Channel _ekpencáOáOS
ADCCP Advanced Data Communications Control Procedure ؚ§~pencáO§c6Rĉ z
ADCP Advanced Data Communication Protocol ؚ§~pencáOOS®‹
ADE Automatic Data Entry system ꁨRpenc“eQû|ß~
ADF Authentication Data Function t’CgpencŸRý€
ADH Asynchronous Digital Hierarchy _ekpeW[û|R
ADI ADdress Incomplete )MOèb÷S
ADIX Advanced Digital Information eXchange HQۏ„vpeW[áOo`¤Nbc
ADL Administration Description Language ¡{tÏcðí‹Š
ADL Application Development Language ”^(u_ÑS틊
ADL Automatic Data Link ꁨRpencþ”ï
ADLC Advanced Data Link Control ؚ§~pencþ”c6R
ADLC Analogue-Digital Line Converter !jßb-peW[¿~ïØSbchV
ADM Adaptive Delta Modulation ꁐ”^žXϑŒ6R
ADM Add / Drop Multiplexer RÒc
Y(uhV
ADM Automated Data Management ꁨRpenc¡{t
ADN Administration Data Network ¡{tpencQÜ~
ADNSC Automatic Digital Network Switching Center ꁨRpeW[Q¤Nbc-NÃ_
ADP Acoustic Data Processor ðXó—pencYthV
ADP Associative Data Processing sQT€pencYt
ADP Automatic Data Processing ꁨRpencYt
ADP Automatic Data Processor ꁨRpencYthV
ADPCM Adaptive Differential PCM ꁐ”^î]R xŒ6R
ADPLL All Digital Phase-Locked Loop hQpeW[_•øv¯s
ADPS Automatic Data Processing System ꁨRpencYtû|ß~
ADPS Auxiliary Data Processing System …©RpencYtû|ß~
ADR Address Digit Receiver 0W@WpeW[¥c6e:g
ADR ADdress Register 0W@WÄ[X[hV
ADR ADvisory Route ú^®‹ï1u
ADS Abbreviated Dialing Service )MOèb÷SN¡R
ADS Active Double Star gnÌSf
ADS Advanced Debugging System HQۏ z^ŒÕ‹û|ß~
ADS Advanced Display System ؚ§~>f:yû|ß~
ADS Analog Display Service interface !jßb>f:y
g¡R¥cãS
ADS Application Development System ”^(u_ÑSû|ß~
ADS Asynchronous Data Service _ekpencN¡R
ADS Automatic Digital Switch ꁨRpeW[¤Nbc:g
ADSL Asymmetric Digital Subscriber Line ^—ù[ðypeW[(u7b¿~
ADSL Asymmetric Digital Subscriber Loop ^—ù[ðypeW[(u7b¯sï
ADSS All-Dielectric Self-Supporting optic fiber cable hQËN(êb_IQ
ADT Assured Data Transfer gÝOÁ‹„vpenc O
ADT Automatic Data Test system ꁨRpencKmՋû|ß~
ADU Automatic Dialing Unit ꁨRèb÷Sňn
AE Animation Editor ¨R;u‘hV
AE Application Entity ”^(už[SO
AE Audio Equipment 󗑘¾‹Y
AES Advanced Encryption Standard ؚ§~ RÆ[hÆQ
AEST Automated Enhanced Security Tool ꁨR:_S‰[hQå]wQ
AET Average Execution Time s^GWgbLˆöeô•
AF Access Facilities ¥ceQ¾‹½e
AF Adaption Facility M‘¾‹½e
AF Adaption Function M‘ŸRý€
AF Assured Forwarding ïSnxš[„vlÑS
AF Audio-Frequency 󗑘
AF-PHB Assured Forwarding PHB group ïSnxš[„vlÑSPHBÄ~
AFI Authority and Format Identifier CgP–ŒTe'YêÑS\
ASE Application Service Element ”^(uN¡RUSCQ
ASE Application System Entity ”^(uû|ß~ž[SO
ASE ATM Switching Element ATM¤NbcCQöN
ASF Air-Supported Fiber zzlô•™–IQ
ASI Alternate Space Inversion ”–MOzz÷Sûl
ASIC Application Specific Integrated Circuit N(uƖb5uï
ASIM ASynchornous Interface Module _ek¥cãS!jWW
ASK Amplitude Shift Keying E^ûy.•§c
ASLC Analog Subscriber Line Circuit !jßb(u7b¿~5uï
ASM ATM Switching Mode ATM¤Nbc!j_
ASN ATM Switching Network ATM¤NbcQ
ASN.1 Abstract Syntax Notation One ½baŒí‹Õlhˆ:yÕl1
ASNA ATM-based Signaling Network Architecture úWŽNATM„váOäNQÜ~Ó~„g
ASP Active Server Pages ¨R`
g¡RhV;Nu˜
ASP Advanced Speech Processing ؚ§~í‹ó—Yt
ASP Analog Signal Processor !jßbáO÷SYthV
ASP Application Service Provider ”^(u
g¡R›O”^FU
ASQS Application Specific Quality of Service N(u(Ï‘
g¡R
ASR Access Service Request ¿‹î•
g¡R÷‹Bl
ASR Automated Speech Recognition ꁨRí‹ó—Æ‹+R
ASR Automatic Speech Retrival ꁨRí‹ó—Àh"}
ASS Audio SubSystem 󗑘P[û|ß~
ASSP Application Specific Standard Product N(uhÆQ§NÁT
AST Asynchronous Shared Terminal _ekqQ«NÈ~ïz
AST Authoring Software Tools Y’ZSO‘oöNå]wQ
ASU ATM Service Unit ATMN¡RUSCQ
ASU ATM Subscriber Unit ATM(u7bUSCQ
ASV ATM-based Scalable Video úWŽNATM„vïS§cƉ‘˜
ASVD Analog Synchronous Voice Data !jßb Tekí‹ó—penc
ASW Acoustic Surface Wave ðXhˆb—âl
ASYI ASYnchronous Interface _ek¥cãS
AT Acceptance Test Œš6eՋŒš
AT Analog Trunk !jßb-Nç~
ATA Asynchronous Terminal Adapter _ekÈ~ïzM‘hV
ATA Automatic Trouble Analysis ꁨREeœ–Rg
ATBM Average Time Between Maintenance s^GWô~îOô•”–öeô•
ATC Adaptive Transform Coding ꁐ”^ØSbcx
ATC ATM Transfer Capability ATM„v Oý€›R
ATD Asynchronous Time Division _eköeR
ATDM Asynchronous Time Division Multiplexing _eköeR
Y(u
ATI Alarm Transmission Interface ¥bf‹ O“¥cãS
ATIS Automatic Terminal Information Service ꁨRÈ~ïzáOo`
g¡R
ATL Active Template Library ;m¨R7hg“^
ATM Asynchronous Trunk Module _ek-Nç~!jWW   ATM Asynchronous Transfer Mode _eklûy!j_   ATM Automatic Telling Machine ê¨RÜgXT:g   ATM-NIC ATM-Network Interface CardATM QÜ~¥cãSaS   ATM-PON ATM-Passive Optical Network ATMàenIQQÜ~   ATM-SDU ATM-Service Data Unit ATMN¡RpencUSCQ   ATM-SLIC ATM-Subscriber Line Interface Circuit ATM(u7b¿~¥cãS5u  ATM-SW ATM SWitch ATM¤Nbc(:g)   ATM-UNI ATM-User Network Interface ATM(u7bQ¥cãS   ATM-XC ATM-CrosS-Connect ATM¤NÉSޏ¥c   ATME Automatic Transmission Measuring Equipment ê¨R O“Kmϑ¾‹Y   ATMOS ATM Optical Switching ATMIQ¤Nbc   ATN Addition Transition Network žX:_lûyQÜ~   ATN Augmented Transition Network ibEQlûyQÜ~   ATPG Automatic Test Pattern Generator ê¨RKmՋxub z^   ATRAC Adaptive TRansform Acoustic Coding ê”^ØSbcßWðXó—x   ATS Automatic Testing System ê¨RKmՋû|ß~   ATS Automatic Translation System ê¨Rûыû|ß~   ATS Automatic Tuning System ê¨RŒŒû|ß~   ATT Address Translation Table 0W@Wlbchˆ   ATT Automatic Test Terminal ê¨RKmՋÈ~ïz   ATU-C ADSL Transceiver Unit-Centrol office ADSL6eÑSUSCQ@\ïz   ATU-R ADSL Transceiver Unit-Remote terminal ADSL6eÑSUSCQ܏ zÈ~ïz   AU Access Unit ¿‹î•(¥ceQ)USCQ   AU Adapter Unit M‘USCQ   AU Administrative Unit ¡{tUSCQ   AU Authentication of User (u7b¤‹Á‹   AUAP AU Access Point ¥ceQUSCQ„v¥ceQ¹p   AUC AUthentication Center ¤‹Á‹-NÃ_   AUI Attachment Unit Interface Þ¥cUSCQ¥cãS   AUM Asynchronous User Module _ek(u7b!jWW   AUP Acceptable Use Policy ïS¥c×SO(uV{eu   AUPTR Administration Unit PoinTeR ¡{tUSCQcˆ”   AUTZC AUThoriZation Code t’+Rx   AV Analog Video !jßbƉ‘˜   AV Analog Voice !jßb݋󗠠 AV Audio-Visual Æ‰,T   AVC Audio for Video-Conferencing O®‹5uƉ(u„v󗑘   AVC Audio Visual Connection ó—ÏPޏ¥c   AVC Aural and Visual Code ,TɉNƉɉáO÷Sx   AVCD Audio Video Compression Disk ó—‘˜Æ‰‘˜‹S)IQØv   AVD Alternate Vocie and Data ¤NØSí‹ó—ŒTpenc   AVD Audio Video Driver ó—Ɖ‘˜qš¨RhV   AVDS Automatic Voice Data Switching ê¨Rí‹ó—penc¤Nbc   AVDSP Audio Video Data Signal Processor ó—Ɖ‘˜pencáO÷SYthV   AVE Audio Video Engine ó—Ɖ‘˜_Îd   AVI Audio Video Interactive ó—Ɖ‘˜¤N’N\O(u   AVI Audio Video Interlaced ó—Ɖ‘˜penc¤NÉS(¤NÇ~)   AVI Audio Video Interleave ó—Ɖ‘˜¤Nÿf   AVID Advanced Visual Information Display Øš§~Ɖ‘˜áOo`>f:y   AVIS Audio-Visual Information System Æ‰,TáOo`û|ß~   AVIS Audio-Visual Interaction Service Æ‰,T¤N’NN¡R   AVK Audio Video Kernel ó—‘˜Æ‰‘˜8hÃ_   AVL Audio Video Library ó—‘˜Æ‰‘˜“^   AVLN Automated Vehicle Location and Navigation ê¨Rf†š[MOŒTü[*‚   AVM Audio-Visual Modulator ó—ÏPŒ6RhV   AVP Advanced Video Products HQۏ„vƉ‘˜§NÁT   AVP Analog Video Processor !jßbƉ‘˜YthV   AVP Audio-Video Processor ó—‘˜-Ɖ‘˜YthV   AVR Automatic Voice Recognition ê¨R݋ó—Æ‹+R   AVR Automatic Voice Relay ê¨R݋ó—-Nç~   AVS Aided Video System …©RƉ‘˜û|ß~   AVS Application Visualization System ”^(uïSƉSû|ß~   AVS Audio / Video Server ó—ÏP
g¡RhV   AVSS Audio Video SubSystem ó—‘˜Æ‰‘˜P[û|ß~   AVSS Audio Vidio Support System ó—‘˜Æ‰‘˜/e‘dû|ß~   AWA ATM Wireless Access ATMàe¿~¥ceQ   AWACS ATM Wireless Access Communiction System ATMàe¿~¥ceQáOû|ß~   AWGN Additive White Gaussian Noise  R'`ؚ¯e}vjVðX   AXC ATM CrosS Connect ATM¤NÉSޏ¥c B-BCC Broadband Bearer Connection Control ½[&^b}Þ¥c§c6R
B-DCN Backbone Data Communication Network ¨šr^pencáOQ
B-ET Broadband Exchange Termination ½[&^¤NbcÈ~ïz
B-ISDN Broadband Integrated Services Digital Network ½[&^ü~TN¡RpeW[Q
B-NT Broadband Network Termination ½[&^QÜ~È~ïz
B-TA Broadband Terminal Adaptor ½[&^È~ïzM‘hV
B-TE Broadband Terminal Equipment ½[&^È~ïz¾‹Y
B-UNI Broadband User Network Interface ½[&^(u7bQ¥cãS
B2B Business to Business ON0RON(5uP[FU¡R)
B2C Business to Consumer ON0Rˆm9€(5uP[FU¡R)
BA Bandwidth Allocation &^½[RM‘
BA Basic Access úW,g¥ceQ
BA Building Automation |i‡[ꁨRS
BA Business Audio FU(u󗑘
BAC Bus Adapter Control ;`¿~M‘hV§c6R
BACP Broadband Assign Control Protocol &^½[RM‘§c6ROS®‹
BACP Broadcasting Authorization Control Protocol ^­dˆcCg§c6ROS®‹
BAICD Blind Anchored Interference-Cancelling Detector òv:SúVš[ˆmr^pb¢cKmhV
BAP Basic Audio Processor úW,g󗑘YthV
BAP Broadband Access Point ½[&^¥ceQ¹p
BAR Base Address Register úW0W@WÄ[X[hV
BAS Bit-rate Allocation Signal Ôkyr‡sRM‘áO÷S
BAS Broadband Access Server ½[&^¥ceQ
g¡RhV
BAS Building Automation System |i‡[¾‹YꁨRSû|ß~
BAT Bandwidth Allocation Threshold &^½[RM‘–e'YhV
EDFL Erbium-Doped-Fiber Laser ºcҔIQ¤~ÀoIQhV
EDFLS Erbium-Doped-Fiber Laser Source ºcҔIQ¤~ÀoIQhVn
EDFPS Expended Delta Fast Packet Switching ibU\žXϑë_RÄ~¤Nbc
EDFRL Eribium-Doped Fiber Ring Laser ºcҔIQ¤~¯sÀoIQhV
EDGE Enhanced Data rates for GSM Evolution GSM(u„vžX:_‹Wpenc‡s
EDI Electronic Data Interchange 5uP[penc¤Nbc
EDI Enterprise Data Integration ONpencƖb
EDI-AU EDI Access Unit 5uP[penc¤NbcX[ÖSUSCQ
EDI-UA EDI User Agent EDI(u7bãNt
EDIF EDI Format EDIe'YhV
EDRL Erbium-Doped Ring Laser ºcҔ¯sÀoIQhV
EDTV Extended Definition TeleVision ibU\npf¦^5uƉ
EDWA Erbium Doped Waveguide Amplifier ºcҔâlü[>e'YhV
EE-LED Edge-Emitting LED ¹ÑS\ÑSIQŒNg¡{
EE-VPC End-to-End Virtual Path Connection ïzù[ïzZ†ïÞ¥c
EEC Electric Echo Canceller 5uÞVâlˆmd–hV
EELS Edge-Emitting LaSer ¹ÑS\ÀoIQhV
EEROM Electronically Erasable Read-Only Memory 5uïSædêSû‹X[¨PhV
EETDN End-to-End Transit Delay Negotiation ïzù[ïz O“ö^ߏOSFU
EF Elementary Function úW,gŸRý€
EF Expedited Forwarding  RlÑS
EFBGL Erbium Fiber Bragg Grating Laser ҔIQ¤~^Ébf'`MRTåb^Xc:y
EFD Event Forwarding Discriminator ‹NöNMRTƋ+RhV
EFPHB Expedited Forwarding PHB  RlÑSPHB
EFR Enhanced Full Rate žX:_‹WhQ‡s
EFT Electronic Funds Transfer 5uP[DÑ‘l^
EFTP Ethernet File Transfer Protocol åN*YQ‡eöN OOS®‹
EFTS Electronic Funds Transfer System 5uP[DÑ‘l^û|ß~
EGA Enhanced Graphics Adapter žX:_„vþVb_M‘hV
EGC Equal Gain Combining I{žXÊvÄ~T
EGD Equal Gain Diversity I{žXÊvRƖ
EGM Enhanced Graphics Module žX:_„vþVb_!jWW
EGP Exterior Gateway Protocol YèQsQOS®‹
EGPRS Enhanced GPRS žX:_‹WGPRS
EHF Extremely High Frequency gؚ‘˜
EHL Electronic Home Library 5uP[¶[­^þVfN†™
EI Exchange Identification ¤Nbc:ghƋ
EID End point IDentifier ïz¹phƋ&{
EIM Exchange Interface Module ¤Nbc:g¥cãS!jWW
EINS Enterprise Information Network System ONáOo`QÜ~û|ß~
EIP Enterprise Information Portal ONáOo`è•7b
EIR Equipment Identification Register ¾‹YƋ+R{vU_hV
EIR Excessive Information Rate Ǐ'Y„váOo`‡s
EIRP Equivalent Isotropic Raditated Power I{HehQT\ŸR‡s
EISA Extended Industry Standard Architecture ibU\å]NhÆQSOû|Ó~„g
EL Echo Loss ÞVðX_c€
EL Element Layer USCQB\
ELAN Emulated LAN ÿNw@\ßWQ
ELSI Extremely Large Scale Integrated circiut …'Yĉ!jƖb5uï
ELSP Ethernet LAN Simulation Package åN*YQ@\ßWQ!jßbRÄ~áOo`
ELSR Edge LSR ¹LSR
EM Electronic Mail 5uP[®?e
EM Electronic Mailbox 5uP[áO±{
EMC ElectroMagnetic Compatibility 5uÁx|Q¹['`
EMCEQ EMergency Call EQuipment '}%`|TëS¾‹Y
EMD Equilibrium Modal power Distribution 3z`!jŸR‡sR^
EMD Equilibrium Mode Distribution 3z`!jR^
EMH Expedited Message Handler  R¥b‡eYthV
EMHB Expedited Message Handler Buffer  R¥b‡eYthV²Q:S
EMI ElectroMagnetic Interference 5uÁxr^pb
EMI/RFI ElectroMagnetic Interference / RF Interference 5uÁxr^pb/\‘˜r^pb
EML Element Management Layer USCQ¡{tB\
EMS Electronic Mail Service 5uP[®?e
g¡R
EMS Electronic Mail System 5uP[®?eû|ß~
EMS Element Management System QCQ¡{tû|ß~
EMS Enterprise Message System ONáOo`û|ß~
EMS European Mobile Satellite system 'k2mûy¨RkSfû|ß~
EN Enterprise Network ONQ
EN Equipment Number ¾‹Y÷S
ENS E-mail Notifying Server (5uP[)®öNåw
g¡RhV
ENS Enterprise Network Services ONQÜ~
g¡R
ENS Enterprise Network Strategy ONQÜ~beu
EO End Office ïz@\
EOC Embedded Operation Channel L]eQ_Íd\OS
EOD Education On Demand Ye²€¹p­d
EOF End Of File ‡eöNÓ~>\
EOF End Of Frame '^Ó~_g
EOI End Of Image þVÏP„vÓ~_g
EOM End Of Message ¥b‡eÓ~_g
EOP End Of Packet RÄ~Ó~>\
EOS Embedded Operating System L]eQ_Íd\Oû|ß~
EOS End Of Signaling áOäNÓ~_g
EP Electronic Purse 5uP[±”S
EPD Early Packet Discard éegS(RÄ~)"N_
EPG Electronic Program Guide 5uP[‚‚îvcWS
EPM Enterprise Performance Management ONhˆ°s¡{t
EPP Error Performance Parameter î]•'`ý€ÂSpe
EPRMA Extended Packet Reservation Multiple Access ibEQRÄ~„˜YuY@W¿‹î•
EPROM Erasable Programmable Read-Only Memory ïSædïS zêSû‹X[¨PhV
EPS Electronic Payment System 5uP[ØN>kû|ß~
EPSCS Enhanced Private Switched Communication Service žX:_‹WN(u¤NbcáON¡R
EPT European Project TETRA 'k2mTETRAy˜îv
EPW Equivalent Planar Waveguide I{Hes^b—âlü[
EPXC Electrical Path CroSs Connect system 5uï¤NÉSޏ¥cû|ß~
EQN Extended Queuing Network ibU\„v’c–QÜ~
ER Edge Router ¹ï1uhV
ER Emergency Routing ”^%`ï1u éb
ER Explicit Route >f_ï1u
ER-PDU ERror Protocol Data Unit î]•OS®‹pencUSCQ
ER-PDU Error Report Protocol Data Unit î]•¥bJTOS®‹pencUSCQ
ERB Event Request Broker ‹NöN÷‹BlãNt
ERC Equal-Ratio Channel I{Ôk‡sáOS
ERD End Routing Domain ïz¹pï1u ébƒôV
ERD Error-Rate Detector ï‹x‡sÀhKmhV
ERF Event Report Function ‹NöN¥bJTŸRý€
ERICA Explicit Rate Indication for Congestion Avoidance MQåb^X„v>f_‡sc:y
ERM Enterprise Resource Management ONDn¡{t
ERM Explicit Rate Marking >f_‡sh°‹
ERMF Event Report Management Function ‹NöN¥bJT¡{tŸRý€
EROM Eraseable Read Only Memory ïSædêSû‹X[¨PhV
EROS Earth Resource Observation Satellite 0WtDn‰KmkSf
ERP Effective Radiated Power gHe\ŸR‡s
ERP Enterprise Resource Planning ONDn¡‹R
ERQ Echo ReQuest ÞVÍT÷‹Bl
ERQ-PDU Echo ReQuest Protocol Data Unit ÞVÍT÷‹BlOS®‹pencUSCQ
ERS Electronic Retailing System 5uP[ö–.Uû|ß~
ERVC Efficient Reservation Virtual Circuit gHe„˜YuZ†5uï
ES Earth Station 0WtÙz
ES Echo Suppressor ÞVâl‘b6RhV
ES Element Synchronism x(Q)CQ Tek
ES Element Synchronization x(Q)CQ TekS
ES End System ïzû|ß~
ES Environment Subsystems ¯sƒXP[û|ß~
ES Errored Second î]•Òy
ES Expert System N¶[û|ß~
ES-IS End System-to-Intermediate System routing ïzû|ß~ù[-Nô•û|ß~„vï1u éb
ESA European Space Agency 'k2mzzô•@\
ESDL Expert System Definition Language N¶[û|ß~š[IN틊
ESH-PDU End System Hello Protocol Data Unit ïz¹pû|ß~|TëSOS®‹pencUSCQ
ESI Ethernet Serial Interface åN*YQÜ~2NLˆ¥cãS
ESM Ethernet Switching Module åN*Y¤Nbc!jWW
ESMTP Extended Simple Mail Transfer Protocol žX:_‹W€{US®öN OOS®‹
ESN Enterprise Storage Network ONX[¨PQÜ~
ESP Encapsulating Security Protocol \ň‰[hQOS®‹
ESR Errored Second Ratio î]•ÒyÔk‡s
ESTD Exchange Signaling Transfer Delay ¤Nbc:gáOäN Oöeö^
ESU Exchange Signaling Unit ¤Nbc:gáOäNUSCQ
ET Echoplex Technique ÞV€b/g
ET Exchange Termination ¤NbcÈ~ïz
ETACS Extended Total Access Communication System ibU\_hQTáOû|ß~
ETC Exchange Terminal Circuit ¤Nbc:gÈ~ïz5uï
ETDM Electrical TDM 5uöeR
Y(u
ETE End To End ïz0Rïz
ETEC End-To-End-Circuit ïz0Rïz5uï
ETM Embedded Transmission Module L]eQ_ O“!jWW
ETOM Electro Trapping Optical Memory ïS͑™QIQØv(5u;RIQX[.hV)
ETSI European Telecommunications Standards Institute 'k2m5uáOhÆQf[O
ETX End of TeXt ‡e,gÓ~_g
EU End User gÈ~(u7b
EVCS Enhanced Video Connector Standard :_SƉ‘˜Þ¥chVhÆQ
EVI External Video Interface YèÆ‰‘˜¥cãS
EVRC Enhanced Variable Rate Coder žX:_‹WïSØS‡sxhV
EW Electronic War 5uP[b
EWC Either-Way Communication JSÌSå]áO
EWT Expected Waiting Time „˜¡‹I{…_öeô•
EXS EXpandable Switching system ïSibU\„v¤Nbcû|ß~
EYAS Erbium Ytterbium Amplifier Scheme Ҕ‡”>e'YhV¹eHh
EYDFA Erbium-Yterbium-Doped Fiber Amplifier ºcҔ‡”IQ¤~>e'YhV
F-CAPICH Forward-Common Auxiliary PIlot CHannel MRTlQqQ…©Rü[‘˜áOS
F-CPHCH Forward Common PHysical CHannel MRTlQqQirtáOS
F-DAPICH Forward Dedicated Auxiliary PIlot CHannel MRTN(u…©Rü[‘˜áOS
F-DCCH Forward Dedicated Control CHannel MRTN(u§c6RáOS
F-DPHCH Forward Dedicated PHysical CHannel MRTN(uirtáOS
F-EDFA Forward pumped EDFA MRTõlÀo±RºcҔIQ¤~>e'YhV
F-FCH Forward Fundemental CHannel MRTúW,gáOS
F-PCH Forward-Paging CHannel MRTû[|TáOS
F-PICH Forward-PIlot CHannel MRTü[‘˜áOS
F-RAMA Fair Resource Assignment Multiple Address TtDnRM‘Y@W¿‹î•
F-SCH Forward Supplemental CHannel MRT…©RáOS
F-SYNC Frame SYNChronizer '^ TekhV
F-SYNCH Forward-SYNchronous CHannel MRT TekáOS
FA Fiber Adaption IQ¤~M‘
FA Frame Aligner '^š[MOhV
FA Frame Alignment '^š[MO
FAB Fiber Array Block IQ¤~5–RWW
FABM Fiber Amiplifier Booster Module IQ¤~>e'YhVžX:_!jWW
FAC Forward Acting Code MRT\O(ux
FACCH Fast Associated Control CHannel ë_øvsQ§c6RáOS
FACH Forward Access CHannel MRT¥ceQáOS
FAITH Fiber Almost Into The Home ÆQIQ¤~0R¶[
FAL Frame Alignment Loss '^š[MO"N1Y
FAL Frequency Allocation List ‘˜‡sRM‘hˆ
FAM Frame Alignment Module '^š[MO!jWW
FAN Fiber in the Access Network ¥ceQQIQ¤~
FAQ Frequently Asked Questions 8^G0R„v˜
FART Frame Alighment Recovery Time '^ Tekb`
Yöeô•
FAS Fiber Access System IQ¤~¥ceQû|ß~
FAS Flexible Access System up;m¥ceQû|ß~
FAS Frame Alignment Signal '^š[MOáO÷S
FAST Fiber At Subscriber Terminal (u7bïzIQ¤~
FAT File Allocation Table ‡eöNRM‘hˆ
FAT Flexible Access Termination up;m¥ceQÈ~ïz
FATDDL Frequency And Time Division Data Link ‘˜RNöeRpencþ”ï
FAW Frame Alignment Word '^š[MOW[
FAXIWF FAX InterWorking Function Ow’NŸRý€
FB Fiber Booster IQ¤~žX:_hV
FB Fiber Bundle IQ¤~_g
FBB Fiber BackBone IQ¤~r^¿~
FBCN Fuzzy Backward Congestion Notification !jÊ|ÍSTåb^Xåw
FBG Fiber Bragg Grating IQ¤~^Ébe'YhV
FTM FDM Transmitter Module FDMÑShV!jWW
FTM Fiber Terminal Module IQ¤~È~ïz!jWW
FTM Fiber Transfer Module IQ¤~ O!jWW
FTM File Transfer Manager ‡eöN O¡{thV
FTN Facsimile Transmission Network Ow O“Q
FTN Four-Terminal Network ÛVïzQÜ~
FTP File Transfer Protocol ‡eöN OOS®‹
FTR Full Text Retrieval hQ‡eÀh"}
FTS Fast Track Selector ë_ÁxS ébhV
FTS Frame Transport System '^ Oû|ß~
FTSA Fiber-To-the-Service Area IQ¤~0R
g¡R:S
FTSMSTR Frame Transport System MaSTeR '^ Oû|ß~;N z^
FTTA Fiber To The Apartment IQ¤~0RlQÓ[
FTTB Fiber To The Bridge IQ¤~0Rehh
FTTB Fiber To The Building IQ¤~0R|i‡[
FTTC Fiber To The Curb IQ¤~0R
FTTCa Fiber To The Cabinet IQ¤~0R:g±{
FTTD Fiber To The Desk IQ¤~0RLhb—
FTTF Fiber To The Feeder IQ¤~0Rˆ™hV
FTTF Fiber To The Floor IQ¤~0R|iB\
FTTH Fiber To The Home IQ¤~0R7b
FTTK Fiber To The Kerb IQ¤~0R
FTTN Fiber To The Node IQ¤~0R‚‚¹p
FTTO Fiber To The Office IQ¤~0RžRlQ¤[
FTTP Fiber To The Pedestal IQ¤~0RºNLˆS
FTTR Fiber To The Remote module IQ¤~0R܏ïz!jWW
FTTR Fiber To The Rural IQ¤~0RœQQg
FTTS Fiber To The Subscriber IQ¤~0R(u7b
FTTSA Fiber To The Service Area IQ¤~0R
g¡R:S
FTTV Fiber To The Village IQ¤~0RQg
FTTx Fiber To The& IQ¤~0R&
FTTZ Fiber To The Zone IQ¤~0R\:S
FUNI Frame User Network Interface '^(u7bQÜ~¥cãS
FWA Fixed Wireless Access úVš[àe¿~¥ceQ
FWAN Fixed Wireless Access Network úVš[àe¿~¥ceQQ
FWC Frequency and optical Wavelength Converter ‘˜‡sŒTIQâl•ØSbchV
FWM Four Wave Mixing ÛVâl÷m‘˜
FWPCS Future Wireless PCS *gegàe¿~*NºNáOû|ß~
FWS Fast-Wavelength-Switched ë_âl•¤Nbc
G3 Group 3 N{|( Ow)
GAL Generic Array Logic (u5–R;‘
GAM Graphic Access Method þVb_X[ÖS¹eÕl
GAN Global Area Network hQtQ
GAP call GAPping |TëSô•™–
GAP General Assembler Program (uGl z^
GAS Gateway Access Service QsQ¥ceQ
g¡R
Gb Gigabit CSFQÔkyr
GB GigaByte CSFQW[‚‚
GBH Graphics-Based Hypermedia úWŽNþVb_„v…’ZSO
GBMD Guaranteed Bandwidth Minimum Delay ÝOÁ‹&^½[„vg\ö^ߏ
GBPS GigaBits Per Second CSFQMO/Òy
GBR Gross Bandwidth Request ;`&^½[÷‹Bl
GBR Guaranteed Bit Rate ÝOÁ‹Ôkyr‡s
GBSVC General Broadcast Signaling Virtual Channel (u^­dáOäNZ†áOS
GBW Guaranteed BandWidth protocol ÝOÁ‹&^½[OS®‹
GC Gaussian Channel ؚ¯eáOS
GC Group Coupler ¤&€ThV
GCE Ground Communication Equipment 0Wb—áO¾‹Y
GCI General Communication Interface (uáO¥cãS
GCI Genetal Command Interface (u}TäN¥cãS
GCM Global Call Model hQ@\|TëS!j‹W
GCN Gateway Connection Network gQsQ„vޏ¥cQÜ~
GCN Generalized Connection Network (uޏ¥cQÜ~
GCRA Generic Cell Rate Algorithm {|^\áOCQ‡s—{Õl
GCS Ground Communication System 0Wb—áOû|ß~
GCSS Global Communication Satellite System hQtáOkSfû|ß~
GCTS Ground Communication Tracking System 0Wb—áOߍ*Žû|ß~
GDC Graphical Display Controller þVb_>f:y§c6RhV
GDCI General Data Communication Interface (upencáO¥cãS
GDHS Generalized Dynamic Hypermedia System ^IN¨R`…’ZSOû|ß~
GDI Graphical Device Interface þVb_¾‹Y¥cãS
GDMO Guidelines for Definition of Managed Objects «ˆ¡{ù[aŒš[IN„vÆQR
GDSU Global Digital Service Unit hQtpeW[N¡RUSCQ
GE Gateway Exchange sQãS@\
GE Gigabit Ethernet CSFQMOåN*YQ
GEO Geostationary Earth Orbit Y—bk0WthS
GEO Geosynchronous Earth Orbit Tek0WthS
GEOS Geosynchronous Earth Orbit Satellite Tek0WthSkSf
GES Ground Earth Station 0Wb—0WtÙz
GF General Function hQ@\ŸRý€
GF Germanium content Fiber +T•IQ¤~
GFA General Frame Allocation (u'^RM‘
GFC Generic Flow Control úW,gAmϑ§c6R
GFC Global Flow Control ;`Amϑ§c6R
GFP General Function Platform ;`ŸRý€s^b—
GFP Global Function Plane hQ@\ŸRý€s^b—
GFSK Gauss Frequency Shift Key ؚ¯e‘˜ûy.•§c
GGP Gateway to Gateway Protocol QsQ0RQsQOS®‹
GGSN Gateway GPRS Support Node QsQGPRS/ec‚‚¹p
GI Graded Index fiber nØS˜b\‡sIQ¤~
GI-PCF Graded-Index Plastic-Cladding Fiber nØS˜b\‡sQX™eSB\IQ¤~
GI-POF Graded-Index Plastic Optical Fiber nØS˜b\‡sQX™eIQ¤~
GI-POF Graded-Index Polymer Optical Fiber nØS˜b\‡sZ€TirIQ¤~
GIF Graphics Interchange Format þVb_¤NbceM‘hV
M-F Mobile network to Fixed network call ûy¨RQÜ~ù[úVš[QÜ~„v|TëS
M-O Magneto-Optic ÁxIQ
MA Multipoint Access Y¹p¥ceQ
MA Multiple Access YïX[ÖS
MAC Multiple Access Channel Y@W¥ceQáOS
MAC Multiple Access Capabillity Y@W¥ceQý€›R
MAC Multi Address Call Y@W|TëS
MAC Message Authentication Code ˆmo`¤‹Á‹x
MAC Message Authentication Check ˆmo`¤‹Á‹ÀhŒš
MAC Media Access Control ’ZSO¥ceQ§c6R
MAC Maintenance and Administration Center ô~¤b¡{t-NÃ_
MACA Multiple Access Collision Avoidance Y@W²QzMQ
MACC Medium ACcess Controller ’ZSO¥ceQ§c6RhV
MACE Media-Access Controller for Ethernet åN*YQ„v’ZSOX[ÖS§c6RhV
MACNET Multiple Access Customer NETwork Y@W¿‹î•(u7bQÜ~
MACS Multi-Access Communication System Y@W¥ceQáOû|ß~
MACU Media Access Control Unit ’ZSO¥ceQ§c6RUSCQ
MAD Multiple Access Device YïX[ÖS¾‹Y
MAD Mean Access Delay s^GW¥ceQö^ߏ
MADA Multiple Access Discrete Address Y@W¥ceQ»yce0W@W
MADE Multichannel Analogue-to-digital Data Encoder Yï!jpepencxhV
MADI Multichannel Audio Digital Interface YðXSpeW[¥cãS
MADS Multiple Access Digital System YïX[ÖSpeW[û|ß~
MADS Multiple Access Data System YïX[ÖSpencû|ß~
MAHO Mobile Aided controlled HandOver ûy¨RðS…©R§c6R„vŠ:SRbc
MAI Multiple Address Instruction Y0W@WcäN
MAI Multiple Access Interference Y@W¥ceQr^pb
MAI MAintenance Interface ô~¤b¥cãS
MALCT MALicious Call Tracing v`a|TëSý*Ž
MALU Multimadia Authoring Language for UNIX UNIX
MAM Media Access Mode ’ZSOX[ÖS!j_
MAN Multiple-Access Network Y@W¥ceQQÜ~
MAN Metropolitan Area Network ÎWßWQ
MAN Maintenance Alert Network ô~¤bf‹¥bQ
MAP Multiservice Access Platform Y
g¡R¥ceQs^ðS
MAP Multimedia Access Protocol Y’ZSOX[ÖSOS®‹
MAP Mobile Application Protocol ûy¨R”^(uOS®‹
MAP Mobile Application Part ûy¨RáO”^(uèR
MAP Medium Access Protocol ’ZSOX[ÖSOS®‹
MAPDU Management Application Protocol Data Unit ¡{t”^(uOS®‹pencUSCQ
MAPI Multimedia Application Programming Interface Y’ZSO”^(u z¥cãS
MAPI Messaging Application Programming Interface áO¥b O”^(u z^ z¥cãS
MAPPU Multimedia Authoring and Playing Platform for UNIX UNIXY’ZSO6R\Oo­ds^ðS
MAPS Multiple Address Processing System Y0W@WYtû|ß~
MAPU Multiple Address Processing Unit Y@WYt¾‹Y
MARISAT MARItime SATellite wm‹NkSf(áO)
MARS Multiple Access Retrieval System YïX[ÖSÀh"}û|ß~
MARS Multimedia Audiovisual Retrieval Service Y’ZSOðXƉÀh"}
g¡R
MARS Multicast Address Resolution Server Y­d0W@Wã‰Ê‘
g¡RhV
MARS Military Affliated Radio System ›Q(uD–^\àe¿~5uû|ß~
MARS MAchine Retrieval System :ghVÀh"}û|ß~
MAS Multiple Access System YïX[ÖSû|ß~
MAS MASs calling 'YO|TëSN¡R
MASC Mobitex ASynchronous Communication ûy¨RþV‡eáOo`_ekáO
MASE Message Administration Service Element ˆmo`¡{t
g¡RUSCQ
MASS Multimedia Application Shared Service Y’ZSO”^(uqQ«NN¡R
MASS MAintenance SubSystem ô~¤bP[û|ß~
MASTER Multiple Access Shared Time Executive Routine YïX[ÖSRöegbLˆ z^
MAT Multidrop Access Trunk Y¹pRúQ¥ceQ-Nç~¿~
MAT Metropolitan Area Trunk 'YÎW^-Nç~¿~
MAT Maintenance Access Terminal ô~¤b¥ceQÈ~ïz
MATD Maximum Acceptable Transit Delay g'YïS¥c×Sl¥cöeö^
MAU Multistation Access Unit YÙz¹pX[ÖSUSCQ
MAU Multiple Access Unit Y͑¥ceQUSCQ
MAU Media Attachment Unit ’ZSOޏ¥chV
MAU Media Access Unit ’ZSOX[ÖS¾‹Y
MAU MAintenance Unit ô~¤bUSCQ
MAUI Multimedia Application User Interface Y’ZSO”^(u(u7b¥cãS
MAVC Multimedia Audio Video Connection Y’ZSOó—ÏPޏ¥c
MAVIX Multimedia Audio Video Information eXchange Y’ZSO󗑘Ɖ‘˜áOo`¤Nbc
MB MegaBytes FQW[‚‚
Mb Megabit FQMO
MBA Multipoint Broadband Access Y¹p½[&^¥ceQ
MBAA Multiple-Beam Adaptive Array Yâl_gꁐ”^5–R
MBAN Multimedia Broadband Access Network Y’ZSO½[&^¥ceQQ
MBC Multicasting Balancing Circuit Y­ds^aˆ5uï
MBC Meteor Burst Communication AmfYOùáO
MBHCA Million Busy Hour Call Attempt ~vN!kÙ_öeՋ|T
MBN Mesh-Bonding Network Q¶rQÜ~
MBONE Multicast backBONE Y­d;Nr^Q
MBPS MegaBytes Per Second FQW[‚‚/Òy
MBS MoBile Station ûy¨RÙz
MBS Mobile Broadband System ûy¨R½[&^û|ß~
MBSU Multi Block Synchronization signal Unit YáOo`Ä~ TekáO÷SUSCQ
MBTP Multiple Buffer Transfer Protocol Y²Q OOS®‹
MC Multipoint Controller Y¹p§c6RhV
MC Multipoint Connection Y¹pޏ¥c
MC Multimedia Computer Y’ZSO¡‹—{:g
MC Multimedia Communication Y’ZSOáO
MC Module Control !jWW§c6R
MC Mobile Computer ûy¨R_¡‹—{:g
MC Micro Cell ®_\:S
MC Message Center ˆmo`-NÃ_
MC Message Categories ˆmo`Íy{|
MC Media Control ’ZSO§c6R
MC Master Clock ;NöeŸ”
MC Maintenance Center ô~¤b-NÃ_
MC-CDMA MultiCode CDMA YxCDMA
MC-TDMA MultiCarrier Time Division Multiplexing Access Y}‘˜öeRY@W¥ceQ
MCA MultiChannel Access YceQ
MCA Micro Channel Architecture ®_SSOû|Ó~„g
MCAL Malicious CALl v`a|TëS
MCAS MultiChannel Access System YceQû|ß~
MCC Multimedia Communication Channel Y’ZSOáO‘˜S
MCC Multichhannel Communication Center YáOSáO-NÃ_
MCC Multicast Coordination Center Y­dOSŒ-NÃ_
MCC Mobile Country Code ûy¨RðSýV¶[x
MCC Mobile Call Control ûy¨R|TëS§c6R
MCC Master Control Center ;N§c6R-NÃ_
MCC MAN Control Center ÎWßWQÜ~§c6R-NÃ_
MCC Maintenance Control Center ô~¤b§c6R-NÃ_
MCC Main Communication Center ;NáO-NÃ_
MCCC Multi-Connection Call Control Yޏ¥c|TëS§c6R
MCCP Multimedia Computing and Communication Platform Y’ZSO¡‹—{ÊSáOs^ðS
MCCU Multiple Communication Control Unit YáO§c6RUSCQ
MCD Maximum Cell Delay g'YáOCQöeö^
MCDN Micro-Cellular Data Network ®_‡zpencáOQ
MCDQDB MultiChannel DQDB YáOSÌS–Rpenc;`¿~
MCDT Multimedia CD-ROM Title Y’ZSOIQØvh˜˜
MCE Master Communication Equipment ;NáO¾‹Y
MCF Mobile Control Function ûy¨R§c6RŸRý€
MCF Message Communication Function ˆmo`áOŸRý€
MCF Management Communication Function ¡{táOŸRý€
MCGA Multi-Color Graphics Array Yr‚i_þVb_5–R
MCGA Multi-Color Graphics Adapter Yi_r‚þVb_M‘aS
MCHO Mobile Controlled HandOver ûy¨R§c6RRbc
MCI Mobile Communication Interface ûy¨RáO¥cãS
MCI Media Control Interface ’ZSO§c6R¥cãS
MCI Malicious Call Identification v`a|TëSƋ+R
MCIC MultiChip Integrated Circuit Y¯‚GrƖb5uï
MCL Message Control Language ¥b‡e§c6R틊
MCLR Mean Cell Loss Rate s^GWáOCQ"N1Y‡s
MCM MultiCarrier Modulation Y}âlŒ6R
MCM Maintenance Control Module ô~¤b§c6R!jWW
MCMF MultiCommodity Maximum Flow YFUÁTg'YAmϑ
MCN Mobile Control Node ûy¨R§c6R‚‚¹p
MCNS Multimedia Cable Network System Y’ZSO g¿~Qû|ß~
MCP Multiflow Conversation Protoco YAmù[݋OS®‹
MCP Mass Calling Platform 'YO|TëSs^ðS
MCPA MultiCarrier Power Amplifier Y}âlŸR‡s>e'YhV
MCPC Multiple Channel Per Carrier YáOSUS}âl
MCPN Mobile Customer Premises Network ûy¨R(u7b{š0WQ
MCPU Multiple Channel Processing Unit YáOSYtUSCQ
MCPU Multiple Call Processing Unit Y|TëSYtUSCQ
MCR Minimum Cell Rate gNOáOCQ‡s
MCR Mean Cell Rate s^GWáOCQ‡s
MCS Multipoint Conferencing Server Y¹pO®‹
g¡RhV
MCS Multipoint Communication Service Y¹páON¡R
MCS Multimedia Conferencing System Y’ZSOO®‹û|ß~
MCS Multimedia Chatting System Y’ZSO¤NŒû|ß~
MCS MultiCast Server Y­d
g¡RhV
MCS Microwave Communication System ®_âláOû|ß~
MCS Message Control System ˆmo`§c6Rû|ß~
MCS Master Control Station ;N§c6RÙz
MCS Mass Calling Service 'YO|TëSN¡R
MCS Maritime Communications Subsystem wm‹NáOP[û|ß~
MCS Maintenance-data Collection System ô~¤bpenc6eƖû|ß~
MCS Maintenance Control Subsystem ô~¤b§c6RP[û|ß~
MCSO Multimedia Communication Service Object Y’ZSOáON¡Rù[aŒ
MCSS Military Communication Satellite System ›Q‹NáOkSfû|ß~
MCT Multicast Channel Translator Y­dáOSlbchV
MCTD Mean Cell Transfer Delay s^GWáOCQ Oöeö^
MCU Multipoint Conference Unit Y¹pO®‹USCQ
MCU Multipiont Control Unit Y¹p§c6RUSCQ
MCU Module Control Unit !jWW§c6RUSCQ
MCU Mobile Control Unit ûy¨R§c6RUSCQ
MCU Minimum Coding Unit g\xUSCQ
MCU Master Controller Unit ;N§c6RhVUSCQ
MCU Management and Communication Unit ¡{tŒTáOUSCQ
MD Multimode Distortion Y!j1Yw
MD Message Discrimination ˆmo`t’+R
MD Mediation Device -NËN¾‹Y
MD-IS Mobile Data Intermediate System ûy¨Rpenc-Nô•û|ß~
MDB Multimedia DataBase Y’ZSOpenc“^
MDBMLS Multimedia DataBase Machine Learning System Y’ZSOpenc“^:ghVf[`Nû|ß~
MDD Multimedia Database Design Y’ZSOpenc“^¾‹¡‹
MDD Multi-Dimensional Database Yô~penc“^
MDF Main Distribution Frame ;NM‘¿~¶g
MDI Medium Dependent Interface ’ZSOøvsQ¥cãS
MDK Multimedia Development Kit Y’ZSO_ÑSå]wQ
MDL Mirrored Data Links \•ÏPpencþ”¥c
MDL Management entitiy and Data Link layer ¡{tž[SONpencþ”ïB\(„váO)
MDLP Mobile Data Link Protocol ûy¨Rpencþ”ïOS®‹
MDM Multiplexer-DeMultiplexer
Y(uhV-ã‰
Y(uhV
MDM Multimedia Data Management Y’ZSOpenc¡{t
MDM Media Device Manager ’ZSO¾‹Y¡{t z^
MDNEXT Multiple-Disturber NEXT Yr^pbяïz2N݋
MDOP Multimedia Data Operation Platform Y’ZSOpencÍd\Os^ðS
MDR Message Detail Recorder æ‹Æ~ˆmo`°‹U_hV
MDS Multipoint Distribution System Y¹pR^û|ß~
MDS Multiple Data Stream YpencAm
MDSE Message Delivery Service Element ˆmo` O
g¡RUSCQ
MDSL Medium bit-rate Digital Subscriber Line -NÔkyr‡speW[(u7b¿~
MDSO Multimedia Data Storage and Organization Y’ZSOpencX[¨PŒTÄ~Ç~
MDSS Mass Digital Storage System 'Y¹[ϑpeW[X[¨Pû|ß~
MDU Management Data Unit ¡{tpencUSCQ
MDX Multiplexer-DemultipleXer
Y(uhV-ã‰
Y(uhV
ME Maintenance Entity ô~¤bž[SO
ME Measurement Entity Kmϑž[SO
MEF Maintenance Entity Function ô~¤bž[SOŸRý€
MEI Maintenance Event Information ô~¤b‹NöNáOo`
MEO Middle Earth Orbit -N0WthSkSf
MES Mobile Earth Station ûy¨R0WtÙz
METON METropolitan Optical Network ý^IQQÜ~
MexE Mobile station application execution Environment ûy¨RúWÙz”^(ugbLˆû|ß~
MF Maintenance Funcation ô~¤bŸRý€
MF Mediation Function -NËNŸRý€
MF Medium Frequency -N‘˜
MF Multi-Frequency Y‘˜
MF-TDMA MultiFrequency Time Division Multiple Access Y‘˜öeRY@W¥ceQ
MFA Multi-Frame Alignment Y'^š[MO
MFBT Multicast Forward / Backward Tree Y­dMRT/ÍSThb_QÜ~
MFC Multicore-Fiber Cable Y¯‚IQ
MFC Multi-Frame Code Y'^x
MFC Multi-Frequency Code Y‘˜x
MFC Multi-Frequency Code signaling Y‘˜xáOäN
MFC Multi-Frequency Control Y‘˜§c6R
MFCR Minimum Free Capacity Routing g\ê1u¹[ϑ ï
MFOTS Military Fiber-Optic Transmission System ›Q(uIQ¤~ O“û|ß~
MFREC Multi-Frequency RECeiver Y‘˜¥c6ehV
MFS Metropolitan Fiber Syster ý^IQ¤~û|ß~
MFS Multi-Frame Structure
Y'^Ó~„g
MFS Multi-Frame Synchronizer
Y'^ TekhV
MFS Multiple Frequency Shift Y‘˜MOûy
MFSND Multi-Frequency SeNDer Y‘˜ÑShV
MFT Multi-Function Terminal YŸRý€È~ïz
MG Media Gateway ’ZSOQsQ
MG Multicast Grouping Y­dRÄ~
MGCP Media Gateway Control Protocol ’ZSOQsQ§c6ROS®‹
MGF Mobile Gateway Function ûy¨RQsQŸRý€
MGPF Mobile Geographic Position Function ûy¨R0Wtš[MOŸRý€
MGS Mobile Gateway Switch ûy¨RQsQ¤Nbc
MGS Multimedia Gateway Server Y’ZSOQsQ
g¡RhV
MGW Media GateWay ’ZSOQsQ
MH Message Handler ¥b‡eYt z^
MH Message Handling ˆmo`Yt
MH Mobile Host ûy¨R_;N:g
MHE Message Handling Environment ˆmo`Yt¯sƒX
MHEG Multimedia Hypermedia Expert Group Y’ZSO…’ZSON¶[Ä~hÆQ
MHN Multimedia Handling Node Y’ZSOYt‚‚¹p
MHS Message Handling Systems ˆmo`Ytû|ß~
MHS-SE Message Handling System Service Element ˆmo`Ytû|ß~N¡RUSCQ
MI Mutiplex Interface
Y(u¥cãS
MIAS Multipoint Interactive Audiovisual System Y¹p¤N’N_ðXƉû|ß~
MIB Management Information Base ¡{táOo`“^
MIBC Management Information Base Chip ¡{táOo`“^¯‚Gr
MIC Media Interface Connector ’ZSO¥cãSޏ¥chV
MIC Message Identification Code ˆmo`Ƌ+Rx
MIC Module Interface Circuit !jWW¥cãS5uï
MIC Multimode Image Coding Y!jþVÏPx
MICA Media Informetion Communication Application ’ZSOáOo`áO”^(u z^
MICE Mamagement Information Control Exchang ¡{táOo`§c6R¤Nbc
MID Message IDentification ¥b‡eh×_
MID Multiplexing IDentifier
Y(uh×_
MIDI Musical Instrument Digital Interface PNhVpeW[S¥cãS
MIDS Management Information Dataflow System ¡{táOo`pencAmû|ß~
MIDS Multimedia Intelligent Database Systems Y’ZSOzfý€penc“^û|ß~
MIE Micromedia Information Exchange ®_’ZSOáOo`¤Nbc
MIE Multipurppose Internet Extensions Y(uàVyrQibEQ
MIF Management Information Format ¡{táOo`e'YhV
NDIS Network Device Interface Specification QÜ~¾‹Y¥cãSĉƒ
NDIW Network Device Installation Wizard QÜ~¾‹Y‰[ňTü[
NDL Network Definition Language QÜ~š[IN틊
NDL Network Description Language QÜ~Ïcðí‹Š
NDLL Nonrecirculating Delay Line with fiber Loop &^IQ¤~¯sv^—ª_¯sö^ߏ¿~
NDM Normal Disconnect Mode ck8^­e_!j_
NDN New Data Network °epencQÜ~
NDOS Network Disc Operating System QÜ~ÁxØvÍd\Oû|ß~
NDP Network Definition Procedures QÜ~š[INǏ z
NDP Network Design Problem QÜ~¾‹¡‹î•˜˜
NDR Network Data Reduction QÜ~penc€{S
NDR Network Data Representation QÜ~penchˆ:y
NDS Network Directory Service QÜ~îvU_
g¡R
NDS Non-Dispersion Shifted ^—r‚ceMOûy
NDSE National Data Switching Exchange hQýVpenc¤Nbc@\
NDSF No Dispersion Shifted Fiber àer‚ceMOûyIQ¤~
NDSS Network Design Support System QÜ~¾‹¡‹/ecû|ß~
NDT Network Diagnostic Tool QÜ~ʋ­eå]wQ
NE Network Element QCQ
NEA Network Equivalent Analysis QÜ~I{HeRg
NEADS Network Engineering Administrative Data System QÜ~å] z¡{tpencû|ß~
NEB Noise Equivalent Bandwidth jVðXI{He&^½[
NEBS Network Equipment Building System QÜ~¾‹Y„gú^û|ß~
NEC No Error Check àeî]•!hŒš
NEE Near-End Error яïz•ï‹
NEF Network Element Function QCQŸRý€
NEF Not Expected Frame ^—„˜g'^
NEF-MAF NE Function Management Application Function QCQŸRý€¡{t”^(uŸRý€
NEI Noise Equivalent Intensity jVðXI{He:_¦^
NEL Network Element Layer QCQB\
NEMF Network Element Management Function QCQ¡{tŸRý€
NEMF Network Error Management Facility QÜ~•ï‹¡{t¾‹½e
NEMIS NEtwork Management Information System QÜ~¡{táOo`û|ß~
NEMS Network Element Management System QÜ~USCQ¡{tû|ß~
NEN Network Equipment Number QÜ~¾‹Y÷S
NEO Network Expansion Option QÜ~ibEQ y˜
NEP Noise Equivalent Power jVðXI{HeŸR‡s
NESP Near End Signaling Point яïzáOäN¹p
NET Network Entity Title QÜ~ž[SO
Tðy
NETBTP NETwork Block Transfer Protocol QÜ~áOo`Ä~ OOS®‹
NetDDE Network Dynamic Data Exchange QÜ~¨R`penc¤Nbc
NETMAN NETwork MANager QÜ~¡{thV
NetTV Network TeleVision QÜ~5uƉ
NEVoDa NEtworked Voice Data QÜ~
N„ví‹ó—penc
NEXT Near End CroSsTalk яïz2N݋
NFAP Network File Access Protocol QÜ~‡eöNX[ÖSOS®‹
NFE Network Front End QÜ~MRïz
NFS Network File Server QÜ~‡eöN
g¡RhV
NFS Network File System QÜ~‡eöNû|ß~
NFT Network File Transfer QÜ~‡eöN O
NFU Network Field Unit QÜ~W[µkUSCQ
NGC Next Generation Carrier NNãNЏ%„FU
NGI Next Generation Internet NNãNàVyrQ
NGN Next Generation Network NNãNQÜ~
NGP Network Graphics Protocol QÜ~þVb_OS®‹
NGS Next Generation Switch NNãN¤Nbc:g
NGSO Non-GeoStationary Orbit ^—ù[0WY—bkhS
NH Network Handler QÜ~Yt z^
NHIS Network Human-machine Interface Subsystem QÜ~ºN:g¥cãSP[û|ß~
NHP Network-Host Protocol QÜ~;N:gOS®‹
NHRP Next Hop Resolution Protocol NNóã‰gOS®‹
NHS NHRP Server NHRP
g¡RhV
NHTI Network Handler Terminal Interface QÜ~YthVÈ~ïz¥cãS
NI Network Identifier QÜ~hƋ&{
NI Network Indicator Qïhˆ:yí‹
NI Network Interface QÜ~¥cãS
NIB Network Interface Board QÜ~¥cãSg
NIC Network Identification Code QÜ~hƋãNx
NIC Network Independent Clock NQÜ~àesQ„vöeŸ”
NIC Network Information Card QÜ~áOo`aS
NIC Network Information Center QÜ~áOo`-NÃ_
NIC Network Interface Card QÜ~¥cãSaS
NICE Network Integration Consultation Environment QÜ~ü~TOS®‹¯sƒX
NID Network IDentification QÜ~¤‹Á‹
NID Network Interface Device QÜ~¥cãSňn
NID Node IDentifier ‚‚¹phƋ&{
NID Not Intentionally Doped aYºcBg
NIDL Network Interface Definition Language QÜ~¥cãSš[IN틊
NIF Network Information Files QÜ~áOo`‡eöN
NII National Information Infrastructure ýV¶[áOo`úW@x¾‹½e
NIL Network Interface Layer QÜ~¥cãSB\
NIL Network Interface Logic QÜ~¥cãS;‘
NIM Network Interface Machine QÜ~¥cãS:g
NIM Network Interface Module QÜ~¥cãS!jWW
NIO Network Interface Object QÜ~¥cãSù[aŒ
NIR Near InfraRed я¢~Y
NIS Network Information Server QÜ~áOo`
g¡RhV
NIS Network Information Service QÜ~áOo`
g¡R
NIS Network Information System QÜ~áOo`û|ß~
NIS Network Interface Switch QÜ~¥cãS¤Nbc(û|ß~)
NIS Number Information Service ÷SxáOo`
g¡R
NIST National Institute of Standards and Technology (ŽýV)ýV¶[hÆQŒT€b/gxvzb–
NIT Nearly Intelligent Terminal ÆQzfý€È~ïz
NIT Network Interface Task QÜ~¥cãSûN¡R
NIU Network Interface Unit QÜ~¥cãSUSCQ
NJ Network Junction QÜ~Ó~¹p
NJCL Network Job Control Language QÜ~\ON§c6R틊
NJI Network Job Interface QÜ~\ON¥cãS
NJP Network Job Processor QÜ~\ONYt z^
NJR National Job Recording ýV…Q\ON°‹U_
NL Network Layer QÜ~B\
NL New Line °e¿~ï
NLA Network Logical Address QÜ~;‘0W@W
NLA Next Level Aggregator NB\ƖTSO
NLA Non-Linear Amplifier ^—¿~'`>e'YhV
NLC Network Link Controller QÜ~þ”c6RhV
NLC Normalized Link Capacity hðyþ”[ϑ
NLCG Non-Linear Loop Clock Generator ^—¿~'`¯sïöeŸ”ÑSuhV
NLD Non-Linear Dispersion ^—¿~'`r‚ce
NLD Non-Linear Distortion ^—¿~'`1Yw
NLDM Network Logical Data Management QÜ~;‘penc¡{t
NLF New Link Flag °eþ”ïh×_
NLG Non-Linear Gain ^—¿~'`žXÊv
NLM Network Link Module QÜ~þ”ï!jWW
NLM Network Load Module QÜ~ňeQ!jWW
NLN Neural Logic Network ^yÏ~;‘QÜ~
NLO Non Linear Optics ^—¿~'`IQf[
NLP Network Layer Packet QÜ~B\áOo`RÄ~
NLP Non-Linear Processor ^—¿~'`YthV
NLP Normal Link Pulse þ”ïck8^ ²Q
NLPID Network Layer Protocol IDentifier QÜ~B\OS®‹hƋ&{
NLR Network Layer Relay QÜ~B\l¥c
NLR Noise Load Ratio jVðX}Ôk
NLRI Network Layer Reachability Information QÜ~B\ïS¾'`áOo`
NLS Narrowband Local Switch „z&^,g0W¤Nbc:g
NLS National Language Support ,gýV틊/ec
NLS Network Layer Signaling QÜ~B\áOäN(!jWW)
NLSP Network Layer Security Protocol QÜ~B\‰[hQ'`OS®‹
NLTS Network Load Test System QÜ~}KmՋû|ß~
NM Network Management QÜ~¡{t
NM Network Manager QÜ~¡{t z^(hV)
NM Network Module QÜ~!jWW
NMA Network Management Application QÜ~¡{t”^(u
NMC Network Management Center QÜ~¡{t-NÃ_
NMC Network Management Computer QÜ~¡{t¡‹—{:g
NMC Network Measurement Center QÜ~Kmϑ-NÃ_
NMC Network Message Controller QÜ~ˆmo`§c6RhV
NMC No-Message-Crossing àeˆmo`¤NÉS
NME Network Management Entity QÜ~¡{tž[SO
NMF Network Management Facility QÜ~¡{t¾‹½e
NMF Network Management Framework QÜ~¡{tFh¶g
NMF Network Management Function QÜ~¡{tŸRý€
NMG Network Management Gateway QÜ~¡{tQsQ
NMI Network Management Interface QÜ~¡{t¥cãS
NMI Non Maskable Interrupt ^—O\=…-N­e
NMIB Network Management Information Base QÜ~¡{táOo`“^
NML Network Management Layer QÜ~¡{tB\
NMM Network Management and Maintenance signal QÜ~¡{tŒTô~¤báO÷S
NMM Network Management Model QÜ~¡{t!j‹W
NMM Node Message Memory ‚‚¹pˆmo`X[¨PhV
NMNL Network Module Network Link QÜ~!jWWQÜ~þ”ï
NMOD Near Movie On Demand ÆQ5uq_¹p­d
NMP Name Management Protocol
TW[¡{tOS®‹
NMP Network Management Plan QÜ~¡{t¡‹R
NMP Network Management Processor QÜ~¡{tYthV
NMP Network Management Protocol QÜ~¡{tOS®‹
NMPBC Nonlinear MultiPulse Block Coding ^—¿~'`Y ²QWWx
NMS Network Management Signal QÜ~¡{táO÷S
NMS Network Management Software QÜ~¡{toöN
NMS Network Management Subsystem QÜ~¡{tP[û|ß~
NMS Network Management System QÜ~¡{tû|ß~
NMSI National Mobile Station Identity ýV…Qûy¨RðShƋ
NMT Network Management Terminal QÜ~¡{tÈ~ïz
NMT Nordic Mobile Telephone S'kûy¨R5u݋
NMU Network Management Unit QÜ~¡{tUSCQ
NMVT Network Management Vector Transport QÜ~¡{tTϑ O“
NMWS Network Management Web Server QÜ~¡{tWeb
g¡RhV
NN National Network ýV…QQ
NN National Number ýV…Q÷Sx
NN Network Node QÜ~‚‚¹p
NN Network Number QÜ~÷Sx
NN Neural Network ^yÏ~QÜ~
NNC National Network Congestion ýV…QQåb^X
NNCP Network Node Control Point QÜ~‚‚¹p§c6R¹p
NND Nation Network Dialing ýV…QQèb÷S
NNE Non-SDH Network Element ^—SDHQCQ
NNES Neural Network Expert System ^yÏ~QÜ~N¶[û|ß~
NNI Network Node Interface QÜ~‚‚¹p¥cãS
NNI Network to Node Interface QÜ~‚‚¹p¥cãS
NNI Network-Network Interface Qô•¥cãS
NNM Network Node Management QÜ~¥c¹p¡{t
NNM Network to Network Management interface QÜ~ô•¡{t¥cãS
NNM Node to Node Message ‚‚¹pô•ˆmo`
NNMC National Network Management Center hQýVQÜ~¡{t-NÃ_
NNP Network Node Processor QÜ~‚‚¹pYthV
NNTP Network News Transfer Protocol QÜ~°eû• OOS®‹
NNTP Network News Transport Protocol QÜ~°eû• O“OS®‹
NNU Normal Number of Users ĉš[„v(u7b÷Sx
NO-VOD NO Video On Demand ^—Ɖ‘˜¹p­d
NOA Non-linear Optical Amplifier ^—¿~'`IQ>e'YhV
NOA Non-linear Optical Antiwaveguides ^—¿~'`IQÍSâlü[
NOC Network Operation Center QÜ~ЏLˆ-NÃ_
NOCC Network Operation Control Center QÜ~Íd\O§c6R-NÃ_
NOCP Network Operator Control Program QÜ~Íd\OXT§c6R z^
NOD Network Out-Dialing QYèb÷S
NOD News On Demand °eû•¹p­d
NODAL Network-Oriented Data Acquisitoin Language b—TQÜ~pencǑƖ틊
NOF Normal Operation Frame ck8^ЏLˆ'^
NOLD Non-linear Optical Laser Device ^—¿~'`ÀoIQhVhVöN
NOLM NOnlinear Loop Mirror ^—¿~'`¯sï\•
NOP Network and Operations Plan QÜ~ŒTЏLˆ¡‹R
NOP Network Operation Procedure QÜ~Íd\OǏ z
NOS Network Operating System QÜ~Íd\Oû|ß~
NOS Node Operating System ‚‚¹pÍd\Oû|ß~
NOS/VE Network Operating System / Virtual Environment QÜ~Íd\Oû|ß~/Z†ßb¯sƒX
NOTIS Network Operations Trouble Information System QÜ~Íd\OEeœ–áOo`û|ß~
NOW Network Of Workstation å]\OÙzQ
NP Network Performance QÜ~'`ý€
NP Network Processor QÜ~YthV
NP Network Provider QÜ~›O”^FU
NP Number Portability ÷Sx:d&^
NPA Network Performance Analyzer QÜ~'`ý€Rg z^
NPA Network Planning Area QÜ~ĉR:SßW
NPA Numbering Plan Area ÷SĉR:S
NPAI Network Protocol Address Information QÜ~OS®‹0W@WáOo`
NPC Network Parameter Control QÜ~ÂSpe§c6R
NPCI Network Protocol Control Information QÜ~OS®‹§c6RáOo`
NPCID Network Protocol Clear Indication Delay QÜ~OS®‹Æb¿~c:yö^ߏ
NPCS Narrow-band PCS „z&^*NºNáOû|ß~
NPD Network Protective Device QÜ~ÝO¤bňn
NPD Neural Processing Demultiplexer ^yÏ~Ytã‰
Y(uhV
NPDA Network Problem Determination Application QÜ~Eeœ–ÀhKm”^(u z^
NPDS Network Performance Design Standard QÜ~'`ý€¾‹¡‹hÆQ
NPDTE Non-Packet Digital Terminal Equipment ^—RÄ~peW[È~ïz¾‹Y
NPDU Network Protocol Data Unit QÜ~OS®‹pencUSCQ
NPE Network Protection Equipment QÜ~ÝO¤b¾‹Y
NPI Network Problem Identity QÜ~˜hƋ
NPI Network Provider Interface QÜ~›O”^FU¥cãS
NPI Numbering Plan Identifier ÷S¡‹RhƋ&{
NPI Numbering Plan Indicator ÷S¡‹Rc:yhV
NPI/TOA Numbering Plan Indicator / Type Of Address ÷SĉRc:yhV/0W@W{|‹W
NPM Network Path Manager QÜ~_¡{t z^
NPN New Public Network °e„vlQOQ
NPO Network Performance Objective QÜ~'`ý€îvh
NPP Network Protocol Processor QÜ~OS®‹YthV
NPPF Non-Polarization Preserving Fiber ^—OP/cÝOcIQ¤~
NPPL Network Picture Processing Language QÜ~þVÏPYt틊
NPR Noise Power Ratio jVðXŸR‡sÔk
NPS Network Phone Server QÜ~5u݋
g¡RhV
NPS Network Processing Supervisor QÜ~YtÑv§chV
NPS Network Product Support QÜ~§NÁT/ec
NPSI Network Packet-Switching Interface QÜ~S(RÄ~)¤Nbc¥cãS
NPT Network Planning Technique QÜ~ĉR€b/g
NPTN Network Public Telecommunication Network ýV¶[lQqQ5uáOQ
NPU Network Processing Unit QÜ~YtUSCQ
NPU Node Processing Unit ‚‚¹pYtUSCQ
NRA Network Resolution Area QÜ~R¨:S
NRC Network Reliability Coordinator QÜ~ïS`—'`OSŒ z^
NRC Network Route Control QÜ~ï1u§c6R
NRC Networking Routing Center ޏQ_ éb-NÃ_
NRD Network Raw Data QÜ~ŸSËYpenc
NRD Network Reference Data QÜ~ÂS€penc
NRIM Network Resource Information Model QÜ~DnáOo`!j‹W
NRL Network Restructuring Language QÜ~͑„g틊
NRM Network Resource Management QÜ~Dn¡{t
NRM Normal Response Mode nfÍT”^!j_
NRMS Network Resource Management System QÜ~Dn¡{tû|ß~
NRR Network Restoration Ratio QÜ~b`
YÔk
NRSS National Renewable Security System ýV¶[ïSôf°e„v‰[hQû|ß~
NRT Network Restoration Time QÜ~b`
Yöeô•
NRT Network Routine Test QÜ~ï1uKmՋ
NRT-VBR Non-Real-Time Variable Bit Rate ^—ž[öeïSØSÔkyr‡s
NRTT Non-Real-Time Traffic ^—ž[öeN¡R
NRV Network Routing Vector QÜ~ ïâwϑ
NRZ Non-Return-to-Zero
NR_ö–
NRZC Non-Return-to-Zero Change
NR_ö–ØSS
NRZI Non-Return-to-Zero Inverse
NR_ö–Pn
NRZL Non-Return-to-Zero Level
NR_ö–5us^
NRZS Non-Return-to-Zero Space
NR_ö–zz÷S
NRZS NRZ Signal
NR_ö–áO÷S
NS Network Service QÜ~
g¡R
NS Network Subsystem QÜ~P[û|ß~
NS Network Synchronization QÜ~ Tek
NSAP Network Service Access Point QÜ~
g¡R¥ceQ¹p
NSC Network Security Center QÜ~‰[hQ-NÃ_
NSC Network Service Center QÜ~
g¡R-NÃ_
NSC Network Switching Center QÜ~¤Nbc-NÃ_
NSC Noise Suppression Circuit jVðX‘b6R5uï
NSC Number Sequence Code peW[^Rx
NSD Network Structured Database QÜ~Ó~„gpenc“^
NSDU Network Service Data Unit QÜ~
g¡RpencUSCQ
NSE Network Switching Engineering QÜ~¤Nbcå] z
NSEP National Security & Emergency Preparedness ýV¶[‰[hQŒT”^%`ÆQY
NSF National Science Foundation ýV¶[Ñyf[úWёO(ŽýV)
NSF Non-Standard Facility ^—hÆQ¾‹½e
NSH Network Service Host QÜ~
g¡R;N:g
NSHS Network Service Host System QÜ~
g¡R;N:gû|ß~
NSI Name Service Interface
TW[
g¡R¥cãS
NSI NonSequenced Information frame ^—š[^áOo`'^
NSL Net Switching Loss ÀQ¤Nbc_c€
NSL Network Support Layer QÜ~/ecB\
NSLR Noise to Signal Loudness Ratio jVðXáO÷SÍT¦^Ôk
NSM Network Security Module QÜ~‰[hQ!jWW
NSM Network Space Monitor QÜ~zzô•ÑvƉhV
NSN National Signaling Network ýV…QáOäNQ
NSN National Significant Number ýV…Q gHe÷Sx
NSN NonSynchronized Network ^— TekQÜ~
NSO Name Serve Object
TW[
g¡Rù[aŒ
NSP Name Service Protocol
TW[
g¡ROS®‹
NSP National Signaling Point ýV…QáOäN¹p
NSP Native Signal Processing ,g0WáO÷SYt
NSP Network Service Part QÜ~N¡RèR
NSP Network Service Process QÜ~
g¡Rۏ z
NSP Network Service Protocol QÜ~
g¡ROS®‹
NSP Network Service Provider QÜ~
g¡RÐc›O€
NSP Network Signal Processor QÜ~áO÷SYthV
NSP Network Support Processor QÜ~/ecYthV
NSPE Network Service Procedure Error QÜ~
g¡RǏ zúQ•
NSS Name Space Support
TW[zzô•/ec
NSS Network Security System QÜ~‰[hQû|ß~
NSS Network Service Sharing QÜ~
g¡RR«N
NSS Network SubSystem QÜ~P[û|ß~
NSS Network Surveillance System QÜ~ÑvƉû|ß~
NSS Network Synchronization Subsystem QÜ~ TekP[û|ß~
NSS NonSpread Spectrum ^—ibce1Œ
NSSDU Normal data Session Service Data Unit nfpencOdfN¡RpencUSCQ
NSSP Network Service Support Point QÜ~N¡R/ec¹p
NST Network Signaling Termination QÜ~áOäNÈ~ïz
NSTN Non-Standard Telephone Number ^—hÆQ5u݋÷Sx
NSU Network Service Unit QÜ~
g¡RUSCQ
NSU Network Statistical Utility QÜ~ß~¡‹”^(uoöN
NT Network Termination QÜ~È~ïz
NT Network Terminator QÜ~È~¥chV
NT Network Topology QÜ~ÓbQb
NT1 Network Termination 1 QÜ~È~ïz1
NT2 Network Termination 2 QÜ~È~ïz2
NTA Network Terminal Adapter QÜ~È~ïzM‘hV
NTAG Network Technical Architecture Group QÜ~€b/gSOû|Ó~„gÄ~
NTC National Television Center ýV…Q5uƉ-NÃ_
NTCD Nested Threshold Cell Discarding L]WY4NLu¹páOCQ Rd–
NTCM Noncoherent Trellis Coded Modulation ^—øvr^e'YhV
NU National Use ýV…QO(u
NU Network Unit QÜ~USCQ
NU Network Utility QÜ~lQ(uN¡R
NUA Network User Address QÜ~(u7b0W@W
NUI Network User Identification QÜ~(u7bƋ+R
NUI Network User Identifier QÜ~(u7bhƋ
NV Network Video QÜ~Ɖ‘˜
NVE Network-Visible Entities QÜ~ïSƉž[SO
NVM Node Virtual Memory Ó~¹pZ†ßbX[¨Pzzô•
NVOD Near Video On Demand ÆQq_Ɖ¹p­d
NVP Network Voice Protocol QÜ~í‹ó—OS®‹
NVR Networked Virtual Reality ޏQ„vZ†ßb°sž[
NVRAM Non Volatile Random Access Memory ^—f1Y'`–:gX[ÖSX[¨PhV
NVS Network Video System QÜ~Ɖ‘˜û|ß~
NVS Network Virtual Schema QÜ~Z†ßbþV_
NVT Network Virtual Terminal QÜ~Z†ßbÈ~ïz
NWA NetWork Analyzer QÜ~RgêN
NWC NetWork Controller QÜ~§c6RhV
NWDS Nation Wide Dialling System hQýVèb÷Sû|ß~
NWL NetWork Layer QÜ~B\
NWS Network Windows System QÜ~—zãSû|ß~
NWT NetWork Test QÜ~KmՋ
NWTTP NetWork Trail Termination Point QÜ~ߍ*ŽÈ~ïz¹p
NZDF Non-Zero Dispersion Fiber ^—ö–r‚ceIQ¤~
NZDSF No-Zero Dispersion Shifted Fiber ^—ö–r‚ceMOûyIQ¤~
O&M Operations & Maintenance ЏLˆŒTô~¤b
O-CDMA Optical CDMA IQCDMA
O-MOD Optical MODulator IQŒ6RhV
O-REP Optical REPeater IQ-Nç~hV
O/E Optical / Electrical IQ5uØSbc
OA Office Automation žRlQꁨRS
OA Optical Amplifier IQ>e'YhV
OA&M Operation, Administration and Maintenance ЏLˆ0¡{tŒTô~¤b
OAA Open Application Architecture _>e_”^(uSOû|Ó~„g
OADD Optically Amplified Direct Detection IQ>e'Yôv¥cÀhKm
OADG Open Architecture Development Group _>eSOû|Ó~„g_ÑSÄ~
OADM Optical Add-Drop Multiplexer IQRÒc
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OAE Office Automation Equipment žRlQ¤[ꁨRS¾‹Y
OAF Original Address Field ŸSËY0W@WW[µk
OAM Operations,Administration and Maintenance ЏLˆ0¡{tŒTô~¤b
OAM&P Operation, Administration, Management & Provision ЏLˆ0¡{t0ô~¤bŒT›OÙ~
OAMC Operation, Administration and Maintenance Center ЏLˆ0¡{tŒTô~¤b-NÃ_
OAMC-MF OAMC Management Function ЏLˆ0¡{tŒTô~¤b-NÃ_¡{tŸRý€
OAMC-OS OAMC Operation System ЏLˆ0¡{tŒTô~¤b-NÃ_ЏLˆû|ß~
OAMM Operation And Maintenance Module ЏLˆŒTô~¤b!jWW
OAN Optical Access Network IQ¤~¥ceQQ
OAR Optically Amplified Regenerator IQ>e'YQuhV
OAS Optical Access System IQ¥ceQû|ß~
OAS Originating Access Situation ËYïz¥ceQÅ`µQ
OATM Optical ATM IQATM
OATS Optical Amplifier Transmission System IQ>e'YhV O“û|ß~
OB Optical Bandpass IQ&^(änâl)
OBC On-Board Controller :g}§c6RhV
OBCS Object Based Control Structure ù[aŒ§c6RÓ~„g
OBD Optical Beam Deflection IQ_gOPl
OBD Optical Branching Device IQRïhV
OBF Optical Branching Filter IQRïänâlhV
OBI Optical Beat Interference IQî]Íbr^pb
OBM Object Behavior Model ù[aŒLˆ:N!j‹W
OBMUX Optical Bit-interleave MUltipleXing module IQÔkyrô•Òc
Y(u!jWW
OBP On-Board Processing :g}Yt
OBPF Optical Band Pass Filter IQ&^änâlhV
OBS Outdoor Base Station ¤[YúWÙz
OBT Optical Beam Transmission IQ_g O“
OBW Optical Beam Waveguide IQ_gâlü[
OC Object Code îvhãNx
OC Operations Channel Íd\OáOS
OC Optical Circulator IQ¯sLˆhV
OC Overhead Channel _•áOS
OC Overload Control Ǐ}§c6R
OCA Optical Channel Analyzer IQáOSRgêN
OCB Outgoing Calls Barred |TúQybk
OCC Operation Control Center ЏLˆ§c6R-NÃ_
OCC Optical Cable Connector IQޏ¥chV
OCC Optical Cross Connect IQ¤NÉSޏ¥c
OCC Orthogonal Convolutional Code ck¤NwSïyx
OCC Other Common Carrier N,‚5uáOlQøS ÿnfÐ%„FU
OCCB Output CES Cells Buffer “úQáOå] zhÆQáOCQ²QhV
OCCC One Connection Call Control US*Nޏ¥c|TëS§c6R
OCDP Optical Coherence Domain Polarimetry IQøvr^ßWOP/cKmš[Õl
OCDR Optical Coherence Domain Reflectometer IQøvr^ßWÍS\êN
OCF Optical Cable Facility IQ¾‹Y
OCG Opticla Comb Generator IQ³h¶râlÑSuhV
OCGS Object Code Generation System îvhxubû|ß~
OCH Optical CHannel layer IQ¤~áOSB\
OCH Outgoing CHannels »S݋áOS
OCHIS Optical Cell Header Interface Subsystem IQáO4Y¥cãSP[û|ß~
OCL Operation Control Language ЏLˆ§c6R틊
OCL Operational Cable Load IQÍd\Owƒ
OCL Operator Command Language Íd\OXT}TäN틊
OCL Optical Confinement Layer IQP–6RB\
OCL Overall Connection Loss ;`ޏ¥c_c€
OCM Ongoing Call Management »S݋|TëS¡{t
OCM OrthoConjugate Mirror ck¤NqQm\•
OCN Open Computer Network _>e_¡‹—{:gQÜ~
OCP Open Communication Protocol _>eáOOS®‹
OCP Optional Calling Plan ûN |TëS¹eHh
OCR Optical Character Reader IQf[W[&{–û‹hV
OCR Optical Character Recognition IQW[&{Ƌ+R
OCRIT Optical Character Recognition Intelligent Terminal IQW[&{Ƌ+Rzfý€È~ïz
OCS Optical Character Scanner IQW[&{kbÏchV
OCS Optical Cohenrent System øvr^IQû|ß~
OCS Originating Call Screening ÑSïz»S݋[{ 
OCSM Optical Cell Selection Module IQáOCQ éb!jWW
OCT Optical Current Transducer IQAmbcý€hV
OCTS Optical Cable Transmission System IQ O“û|ß~
OCU Office Channel Unit @\…QáOSUSCQ
OCU Operational Control Unit Íd\O§c6RUSCQ
OCWR Optical Continuous Wave Reflectometer IQޏí~âlÍS\¡‹
OD Optical Demultiplexer IQã‰
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OD Optical Detector IQÀhKmhV
ODB Object DataBase îvhpenc“^
ODBC Open DataBase Connectivity _>epenc“^’Nޏ
ODCU Optical Data Collecting Unit IQpenc6eƖUSCQ
ODE Object Database and Environment îvhpenc“^N¯sƒX
ODF Optical Distribution Frame IQ¤~M‘¿~¶g
ODI Open Data-link Interface _>epencþ”cãS
ODIF Open documentÿnbspInterchange Format _>e‡eöN’Nbce_pencþ”cãS
ODM Object Data Manager ù[aŒpenc¡{t z^
ODMA Open Distributed Management Architecture _>e_R^¡{tÓ~„g
ODN Open Data Network _>epencQÜ~
ODN Optical Distribution Network IQM‘¿~Q
ODP Open Distributed Processing _>eR^_Yt
ODP Open Distributed Processor _>e‹WR^_YthV
ODR Origin Dependent Routing 1uÑSïzMOn ï
ODS Open Data Service _>e_penc
g¡R
ODS Optical Data System IQpencû|ß~
ODSI Optical Domain Service Interconnect IQßW
g¡R’Nޏ
ODT On-line Debugging Technique (W¿~ŒÕ‹€b/g
ODT Optical Data Transmission IQpenc O“
ODU OutDoor Unit ¤[Y¾‹Y
ODV Open Digital Video _>e_peW[Ɖ‘˜
ODVP Optimal Digital Voice Processor gsOpeW[í‹ó—Yt:g
ODXC Optical Digital Cross Connect IQpeW[¤NÉSޏ¥c
OEC Optical to Electrical Connection IQ5uޏ¥c
OEFB OptoElectronic FeedBack IQ5uÍSˆ™
OEIC Opto-Electronic Integrated Circuit IQ5uƖb5uï
OEID Opto-Electronic Integrated Device IQ5uƖbhVöN
OEM Original Equipment Manufacturer RËY¾‹Y6R FU
OEO Optical-Electrical-Optical IQ-5u-IQ
OFA OFf-net Access QY¥ceQ
OFA Optical Fiber Amplifier IQ¤~>e'YhV
OFBD Optical Fiber Branching Device IQ¤~RïhV
OFBG Optical Fiber Bragg Grating IQ¤~^Ébe¯sï_c€
OLMM Optical Loop Mirror Multiplexer IQ¯sï\•ÏP
Y(uhV
OLO On-Line Operation (W¿~Íd\O
OLO Optical Line Output IQ¿~ïúQãS
OLP On-Line Processor T€:gYthV
OLR Optical Line Rate IQ¿~‡s
OLRTS On-Line Real-Time System (W¿~ž[öeû|ß~
OLS On Line Service (W¿~
g¡R
OLS Outgoing Line Signaling »S݋¿~ïáOäN
OLT Optical Line Terminal IQ¿~ïÈ~ïz
OLTM Optical Line Terminal Multiplexer IQ¿~ïÈ~ïz
Y(uhV
OLTP On-Line Transaction Processing (W¿~‹N¡RYt
OLTT On-Line Terminal Testing (W¿~È~ïzKmՋ
OLWS Optical LightWave Synthesizer IQâlTbhV
OM Object Management ù[aŒ¡{t
OM Operation Mode Íd\O!j_
OM Optical Multiplexer IQ
Y(uhV
OMA Object Management Architecture ù[aŒ¡{tSOû|Ó~„g
OMA Orthogonal Multiple Access ck¤NY@W¥ceQ
OMAP Operation, Maintenance and Administration Part ЏLˆ0ô~¤bŒT¡{tèR
OMB Operation and Maintenance Block ЏLˆŒTô~¤bŸRý€WW
OMC Operation & Maintenance Center ЏLˆô~¤b-NÃ_
OMC Operation & Management Center ЏLˆ¡{t-NÃ_
OMC Operations Monitoring Computer Íd\OÑv§c¡‹—{:g
OMC-G Operation & Maintenance Center-GPRS GPRSЏLˆô~¤b-NÃ_
OMF Object Management Function îvh¡{tŸRý€
OMF Open Media Framework _>e_’ZSOFh¶g
OMFI Open Media Framework Interchange _>e_’ZSO¶g„g’Nbc
OMG Object Management Group ù[aŒ¡{tÄ~
OMI Open Messaging Interface _>e_áOo`Lub—
OMI Optical Modulation Index IQŒ6Rcpe
OMIN Optical Multistage Interconnected Network IQY§~’NT€QÜ~
OMN Optically Multiplexed Network IQ
Y(uQÜ~
OMP Open Management Protocol _>e„v¡{tOS®‹
OMP Operation & Maintenance Processor ЏLˆô~¤bYthV
OMR Optical Mark Reader IQf[h°‹–û‹hV
OMS Object Management System îvh¡{tû|ß~OMS Operation & Maintenance Support subsystem ЏLˆ

ô~¤b/ecP[û|ß~
OMS Optical Multiplexer Section layer IQ
Y(uµkB\
OMS Opto-electronic Multiplex Switch IQ5uP[
Y(ulbc
OMSS Operation Maintenance Support System ЏLˆô~¤b/ecû|ß~
OMT Object Modeling Technique ù[aŒú^!j€b/g
OMUP Operations Maintenance User Part ЏLˆô~¤b(u7bèR
ON Optical Network IQQÜ~
ONA Off-Net Access QY¥ceQ
ONA Open Network Architecture _>e_QÜ~SOû|Ó~„g
ONA Optical Network Analyzer IQQÜ~RgêN
ONAL Off-Net Access Line QY¥ceQ¿~ï
ONC Off-Net Calling QY|TëS
ONC Open Network Computing _>e_QÜ~¡‹—{
ONI Optical Network Interface IQQÜ~¥cãS
ONL Optical Network Layer IQQÜ~B\
ONM Open Network Management _>e_QÜ~¡{t
ONN Open Network Node _>e‹WQÜ~‚‚¹p
ONNC Optical Neural Network Computer IQf[^yÏ~QÜ~¡‹—{:g
ONP Open Network Provisioning _>e_QÜ~›OÙ~
ONS Online Notifying Server (W¿~åw
g¡RhV
ONS Open Networking Supportware _>e_Ä~Q/e‘döN
ONT Optical Network Terminal IQQÜ~È~ïz
ONTM Open Nested Transaction Model _>e„vL]WY‹N¡R!j‹W
ONU Optical Network Unit IQQÜ~USCQ
OO Object-Oriented b—Tù[aŒ
OOA Object Oriented Analysis b—Tù[aŒ„vRg
OOAD Object Oriented Analysis and Design b—Tù[aŒ„vRgN¾‹¡‹
OOAM Object-Oriented Analysis Model b—Tù[aŒ„vRg!j‹W
OOB Out Of Band &^Y
OOC Optical Orthogonal Code IQck¤Nx
OOC OverOcean Communication Š máO
OOD Object-Oriented Design b—Tù[aŒ„v¾‹¡‹
OODB Object-Oriented DataBase b—Tù[aŒ„vpenc“^
OODBMS Object Oriented DataBase Management System b—Tù[aŒpenc“^¡{tû|ß~
OODM Object Oriented Development Method b—Tù[aŒ_ÑS¹eÕl
OODS Object Oriented Database System b—Tù[aŒpenc“^û|ß~
OOF Out-Of-Frame '^1Yek
OOGMS Object-Oriented Graphical Modeling System b—Tù[aŒ„vþVb_ú^!jû|ß~
OOL Object Oriented Layer b—Tù[aŒ„vB\
OOL Object-Oriented Language b—Tù[aŒ„v틊
OOM Object-Oriented Memory b—Tù[aŒ„vX[¨PhV
OOM Object-Oriented Method b—Tù[aŒ„v¹eÕl
OONP Object-Oriented Network Protocol b—Tù[aŒ„vQÜ~OS®‹
OOOS Object Oriented Operation System b—Tù[aŒÍd\Oû|ß~
OOP Object Oriented Programming b—Tù[aŒ z^¾‹¡‹
OOPL Object Oriented Programming Language b—Tù[aŒ„v z틊
OOPS Object-Oriented Programming System b—Tù[aŒ„v z^¾‹¡‹û|ß~
OORAM Object-Oriented Role Analysis Method b—Tù[aŒ„vûN¡RRg¹eÕl
OOS Object-Oriented Software b—Tù[aŒ„voöN
OOS Out Of Service N¡R-Nbk
OOSD Object-Oriented System Design b—Tù[aŒ„vû|ß~¾‹¡‹
OOT Object Oriented Technology b—Tù[aŒ€b/g
OOUI Object Oriented User Interface b—Tù[aŒ(u7bLub—
OOWS Object-Oriented Window Software b—Tù[aŒ„v—zãSoöN
OPA Optical Parametric Amplification IQÂSϑ>e'Y
OPAL Optical Parametric Amplification Laser IQÂSϑ>e'YÀoIQhV
OPB Optical Power Budget IQŸR‡sRM‘
OPC Optical Phase Conjugation IQøvMOqQm
OPC Originating Point Code n¹px
OPD Optical Path Difference IQ zî]
OPDR Optical Polarization Domain Reflectometry IQOP/cßWÍS\KmϑÕl
OPDU Operation Protocol Data Unit Íd\OOS®‹pencUSCQ
OPEN Optical Pan-European Network Ûl'kIQQÜ~
OPGW Optical Power Ground Wire IQ¤~¶gzz0W¿~
YT
OPI Overall Performance Index hQ'`ý€cpe
OPLL Optical Phase Lock-Loop IQ•øv¯sï
OPOL OPtimization-Oriented Language b—TOS„v틊
OPP Optical Power Penalty IQŸR‡s_c€
OPPM Overlapping Pulse Position Modulation ͑àS MOŒ6R
OPR Optical Preamplifier Receiver IQ„˜>e'Y¥c6e:g
OPRI Operational PRImitives Íd\OŸSí‹
OPS OPtical Smoothing IQs^te
OPT Open Packet Telephony _>e_RÄ~5u݋
OPTA Optimal Performance Theoretically Attainable tº‹
NïS¾0R„vgsO'`ý€
OPU Overhead Processing Unit _•YtUSCQ
OPXC Optical Path CroSs Connect IQï¤NÉSޏ¥c
OQAM Orthogonally multiplexed QAM system ck¤N
Y(uQAMû|ß~
OQASK Offset Quadrature Amplitude Shift Keying OPûyck¤NE^ûy.•§c
OQL Object Query Language ù[aŒågâ‹í‹Š
OQL On-line Query Language (W¿~ågâ‹í‹Š
OQPSK Offset QuadraPhase Shift Keying OPûyÛVøvøvûy.•§c
OQPSK Offset Quadrature Phase Shift Keying OPûyck¤Nøvûy.•§c
OR Optical Reflectance IQÍS\Ôk
OR Outgoing Route “úQï1u
ORB Object Request Broker ù[aŒ÷‹BlãNt
ORC Optimal Retransmission Control gsOlÑS§c6R
ORC Originating Region Code ËYÑS0W:SãNx
ORE Overall Rreference Equivalent hQ zÂS€S_ϑ
ORL Optical Return Loss IQÞVâl_c€
ORM Optical Receiver Module IQ¥c6e:g!jWW
ORM Output Reconfiguration Network “úQ͑„gQÜ~
ORMA Optical Reservation Multiple Access IQ„˜YuY@W¥ceQ
ORN Optic Remote Node IQ܏ïz‚‚¹p
OROG ORiginating OutGoing ÑS݋ïz»S݋
OROM Optical Read-Only Memory IQf[êSû‹X[¨PhV
ORP Optical Reference Point IQÂS€¹p
ORP Output Routing Pool “úQ^¿~:S
ORU Optical Receive Unit IQ¥c6eUSCQ
ORU Optical Repeater Unit IQ-Nç~USCQ
OS Office System žRlQ¤[û|ß~
OS Operating System Íd\Oû|ß~
OS Optical Section IQ¤~µk
OS Optical Sender IQÑS\:g
OS Optical Soliton IQd[P[
OS Optical Switch IQ¤Nbc
OS/MD Operation System / Mediation Device ЏLˆû|ß~/OSŒ¾‹Y
OSA Office System Automation žRlQû|ß~ꁨRS
OSA Open System Architecture _>eû|ß~SOû|Ó~„g
OSA Optical Spectrum Analyzer IQ1ŒRgêN
OSAN Optical Subscriber Access Node IQ(u7b¥ceQ‚‚¹p
OSB Output Signal Balance “úQáO÷Ss^aˆ
OSC Operating System Control Íd\Oû|ß~§c6R
OSC Optical Supervisory Channel IQÑv§cáOS
OSC Optical Switch Core IQ¤Nbc8hÃ_
OSC Outbound Signaling Channel “úQáOäNáOS
OSC Outgoing Sender Connector úQ@\ÑShVޏ¥chV
OSCA Open Systems Cabling Architecture _>eû|ß~^¿~Ó~„g
OSDM Optical Space Division Multiplexing IQzzR
Y(u
OSDP On-Site Data Processor °s:WpencYt:g
OSDS Operating System for Distributed Switching R^_¤NbcÍd\Oû|ß~
OSDS Optical Space Division Switching IQzzR¤Nbc
OSE Open Systems Environment _>eû|ß~¯sƒX
OSF Open Software Foundation _>e_oöNúWёO
OSF Operating System Function Íd\Oû|ß~ŸRý€
OSF Operation Service Function Íd\ON¡RŸRý€
OSFB Operation System Function Block ЏLˆû|ß~ŸRý€WW
OSHN Optical Self Healing Network êaIQ¤~QÜ~
OSI Open System Interconnection _>eû|ß~’Nޏ
OSI Open System Interface _>eû|ß~¥cãS
OSI Operating System Interface Íd\Oû|ß~¥cãS
OSI-NS OSI Network Service OSIQÜ~N¡R
OSI-R OSI Resource OSIDn
OSI-RM OSI Reference Model OSIÂS€!j‹W
OSI/RM Open System Interconnection Reference Model _>eû|ß~’NޏÂS€!j‹W
OSIE Open System Interconnection Environment _>eû|ß~’Nޏ¯sƒX
OSL Optical Signal Level IQáO÷S§~
OSM Oscillator Strength Modulation /caƒhV:_¦^Œ6R
OSM Outgoing Switch Module úQ@\¤Nbc!jWW
OSMF Open System Management Framework _>e_û|ß~¡{tFh¶g
OSMT Optical Surface Mount Technology IQhˆb—4Åˆ€b/g
OSN Optical Shuttle Node IQáOo`€_ԏ‚‚¹p
OSN Optical Subscriber Network IQ¤~(u7bQ
OSNC Optical Section Network Conncetion IQ¤~µkQÜ~ޏ¥c
OSNL Operating System Nucleus Language Íd\Oû|ß~8hÃ_틊
OSNR Optical Signal Noise Ratio IQáOjVÔk
OSP Open Settlement Protocol _>eÓ~—{OS®‹
OSP Optical Saturation Parameter IQq™ŒTÂSϑ
OSP Optical Signal Processing IQf[áO÷SYt
OSP Optical-switched Service Provider IQ¤NbcN¡R›O”^FU
OSPF Open Shortest Path First _>e_gíw_OHQ(OS®‹)
OSQL Object oriented Structure Query Language b—Tù[aŒÓ~„gSågâ‹í‹Š
OSS Open Simulation System _>e_!jßbû|ß~
OSS Operating System Software Íd\Oû|ß~oöN
OSS Operating System Storage Íd\Oû|ß~X[¨PhV
OSS Operation-Support System ЏLˆ/ecû|ß~
OSS Operator Service System ݋¡RXTN¡Rû|ß~
OSS Out-Slot Signaling ™–YáOäN
OSSG Optical Small SiGnaling IQ\áO÷SžXÊv
OSSL Operating System Simulation Language Íd\Oû|ß~!jßb틊
OST Optical Section Termination IQ¤~µkÈ~ïz
OST Optical Soliton Transmission IQd[P[ O“
OSU Optical Subscriber Unit IQ(u7bUSCQ
OSW Optical SWitch IQ¤Nbc
OSWS Operating System WorkStation Íd\Oû|ß~å]\OÙz
OT Object Technology ù[aŒ€b/g
OT Optical Tapoff IQR¥c
OT Optical Terminal IQÈ~ïz
OTC Operating Telephone Companies Џ%„5u݋lQøS
OTC Originating Toll Center •ËYÑS-NÃ_
OTC Originating Toll Circuit •ËYÑS5uï
OTC Originating Trunk Center ÑS݋-NÃ_@\
OTC Outgoing Trunk Circuit úQ-Nç~5uï
OTD Optical Time Domain IQöeßW
OTDL Object Type Definition Language ù[aŒ{|‹Wš[IN틊
OTDM Optical Time Division Multiplexing IQöeR
Y(u
OTDM Optical Time Domain Multiplexing IQöeßW
Y(u
OTDR Optical Time Domain Reflect IQöeßWÍS\Õl
OTDR Optical Time Domain Reflectometer IQöeßWÍS\¡‹
OTDS Optical Time Division Switching IQöeR¤Nbc
OTF Optical Transfer Function IQ OýQpe
OTN Optical Transit Node IQǏ!n‚‚¹p
OTN Optical Transport Network IQ OQ
OTN Orthogonal Tree Network ck¤NhQÜ~
OTP One Time Programmable N!k'`ïS z
OTS On-line Terminal System (W¿~È~ïzû|ß~
OTT Optical Transmission Technology IQ O“€b/g
OTTN Optical Trunk Transmission Network IQr^¿~ O“QÜ~
OU Organizaiton Unit Ä~Ç~USCQ
OUG On-line User Group (W¿~(u7b¤
OUP Originating User Prompter ;NëS(u7bÐc:yhV
OUT Optical Translator Unit IQlbchVUSCQ
OUTDEV OUTput DEVice identity “úQ¾‹YhƋ
OVD Optical Video Disc Ɖ‘˜IQØv
OVID Object-oriented VIdeo Database b—Tù[aŒ„vƉ‘˜penc“^
OVP Over Voltage Protection Ǐ5u‹SÝO¤b
OVSF Orthogonal Variable Spreading Factor ck¤NïSØSib‘˜àVP[
OW Order Wire T€Ü~¿~
OW-ADM Optical Wavelength ADM IQâl•ADM
OWC One-Way Channel USTáOS
OWC One-Way Communication USTáO
OWC Optical Wavelength Convertor IQâl•lbchV
OWD Order Wire and Data unit T€Ü~¿~NpencUSCQ
OWDM Optical Wavelength Division Multiplexing IQâlR
Y(u
OWDS Optical Wavelength Division Switching IQâlR¤Nbc
OWF Optimum Working Frequency gsOå]\O‘˜‡s
OWPT Order Wire Phone Trunk T€Ü~5u݋-Nç~¿~
OWS Office WorkStation žRlQ¤[å]\OÙz
OWT OutWard Trunk úQ@\-Nç~¿~
OXC Optical Cross Connector IQ¤NÉS’NޏhV
OXC Optical CroSsConnect IQ¤NÉSޏ¥c
OXCN Optical CroSsConnect Node IQ¤NÉSޏ¥c‚‚¹p
P&P Plug and Play sSÒcsS(u
P-MAC Packet Media Access Controller RÄ~’ZSO¥ceQ§c6RhV
P-QoS Perceived Quality of Service @bɉß[„vN¡R(Ï‘
P2P Person to Person *NºNù[*NºN
P3 People, Price, Product ºN0÷Nf:yhV
PDP Policy Decision Point ³QV{¹p
PDR Polarization Diversity Receiver OP/cRƖ¥c6e:g
PDS Passive Double Star àenÌSf
PDS Personal Digital System *NºNpeW[û|ß~
PDS Physical Delivery System irt Oû|ß~
PDS Premises Distribution System …[b–M‘¿~û|ß~
PDSN Packet Data Support Node RÄ~penc/ec‚‚¹p
PDTCH Packet Data Traffic CHannel RÄ~pencN¡RáOS
PDTE Packet Digital Terminal Equipment RÄ~peW[È~ïz¾‹Y
PDTS Public Data Transmission Service lQOpenc O“N¡R
PDU Packet Data Unit RÄ~pencUSCQ
PDU Protocol Data Unit OS®‹pencUSCQ
PDV Path Delay value ïö^ߏe'YhV
PGA Programmable Gate Array ïS zè•5–R
PGP Pretty Good Privacy ïS`— RÆ[
PGPS Packet-by-packet Generalized Processor Sharing NRÄ~(uSYthVR«N
PH Packet Handling RÄ~Yt
PH Packet Header RÄ~4Y
PHB Per Hop Behaviors ÏkóLˆ:N
PHCH PHysical CHannel irtáOS
PHI Packet Handling Interface RÄ~Yt¥cãS
PHI Protocol Handling Input stream OS®‹Yt“eQxAm
PHM Packet Handling Module RÄ~Yt!jWW
PHO Protocol Handling Output stream OS®‹Yt“úQxAm
PHP PHysical-layer Protocol irtB\OS®‹
PHP PHysical Plane irts^b—
PHPDU PHysical Protocol Data Unit irtOS®‹pencUSCQ
PHPT Plesiochronous Higher-order Path Termination ÆQ Tekؚ6–ïÈ~ïz
PHS Personal Handy phone System Kbc5u݋û|ß~ ÿKb:gû|ß~
PHSAP PHysical Service Access Point irtN¡R¥ceQ¹p
PI Peripheral Interface YôV¥cãS
PI Physical Interface irt¥cãS
PI Polarization Independent OP/c(gS)àesQ
PI Protocol Identifier OS®‹hƋ&{
PIB Personal Information Bubble *NºNáOo`ál
PIC Peripheral Interface Channel YôV¥cãSáOS
PIC Personal Identification Code *NºNƋ+Rx
PIC Point In Call |TëS¹p
PIC Processor Interface Controller Yt:g¥cãS§c6RhV
PICB Peripheral Interface Control Bus YôV¥cãS§c6R;`¿~
PICH PIlot CHannel ü[‘˜áOS
PICS Protocol Implementation Conformance Statement OS®‹ž[°sNô'`H–ð
PID Packet IDentifier ShƋ&{
PID Port IDentification ïzãSƋ+R
PID Protocol IDentification OS®‹Æ‹+R
PIDB Peripheral Interface Data Bus YôV¥cãSpenc;`¿~
PII Polarization Independent Isolator OP/c(gS)àesQ”–»yhV
PIIL Path Independent Insersion Loss ïàesQÒceQ_c€
PIM Personal Identity Module *NºNhƋ!jWW
PIM Personal Information Management *NºNáOo`¡{t
PIM Polarization Insensative Modulator ù[OP/c(gS)
NOea„vŒ6RhV
PIM Priority Interrupt Module OHQ-N­e!jWW
PIM Processor Interface Module Yt:g¥cãS!jWW
PIM Protocol Independent Multicast àeOS®‹Y­d
PIN Personal Identification Number *NºNƋ+R÷S
PIN Personal Information Number *NºNáOo`ãNx
PIN Postal Integrated Network ®?eü~TQ
PIN Public Information Network lQqQáOo`QÜ~
PINC Polarization Independent Narrow Channel OP/c(gS)àesQ„záOS
PING Packet INternet Groper RÄ~àVyrQ¢cKmhV
PIO Parallel Input / Output v^Lˆ“eQ/“úQ
PIOA Polarization Insensative Optical Amplifier ù[OP/c
NOea„vIQ>e'YhV
PIP Picture In Picture ;u-N;u
PIP Programmable Interface Processor ïS z¥cãSYt:g
PIR Packet Insert Rate RÄ~ÒceQ‡s
PISO Parallel In / Serial Out v^Lˆ“eQ/2NLˆ“úQ
PIU Path Information Unit _áOo`USCQ
PIU Plug-In Unit ÒcöN
PIWM Pulse Interval Width Modulation ²Qô•”–½[¦^Œ6R
PK Private Key N(uÆ[¥”
PK Public Key lQ(uÆ[¥”
PKC Public Key Cryptosystems lQ¥”Æ[xû|ß~
PKD Public Key Distribution lQ¥”RM‘
PKDS Public Key Distribution System lQ¥”RM‘û|ß~
PKI Public Key Infrastructure lQ_Æ[¥”úW@x¶g„g
PL Parameter Length ÂSpe•¦^
PL Permanent Line 8lEN¿~ï
PL Physical Layer irtB\
PL Physical Level irt§~
PL Presentation Layer hˆ:yB\
PL Private Line N¿~
PL Protocol Layer OS®‹B\
PLA Programmable Logic Array ïS z;‘5–R
PLC Position Line Circuit §^-^¿~ï
PLC Power Line Communication 5u›R¿~áO¹e_
PLC Programmable Logic Controller ïS z;‘§c6RhV
PLCF Physical Layer Convergence Function irtB\OZ€ŸRý€
PLCP Physical Layer Convergence Protocol irtB\OZ€OS®‹
PLCS Physical Layer Convergence Sublayer irtB\OZ€P[B\
PLE Path Length Efficiency _•¦^He‡s
PLI Private Line Interface N(u¿~cãS
PLICF Physical Layer Independent Convergence Function irtB\ìrËzOZ€ŸRý€
PLL Phase Locked Loop •øv¯s
PLM Payload Level Multiplexing ÀQwƒ§~
Y(u
PLM PayLoad Mismatch ÀQwƒ1YM‘
PLMN Public Land Mobile Network lQqQF–
Nûy¨RQÜ~
PLN Path Layer Network SB\QÜ~
PLP Packet Layer Procedure RÄ~B\ĉ z
PLP Packet Layer Protocol RÄ~B\OS®‹
PLP Physical Lightwave Path irtIQâlï
PLPT Plesiochronous Lower order Path Termination ÆQ TekNO6–ïÈ~ïz
PLR Packet Loss Rate RÄ~"N1Y‡s
PLS Physcial Layer Signaling irtB\áOäN
PLS Private Line Service N¿~N¡R
PLV Presentation Level Video >f:y§~Ɖ‘˜
PLV Production Level Video 6R\O§~Ɖ‘˜
PM Performance Management '`ý€¡{t
PM Performance Monitoring '`ý€Ñv§c
PM Phase Modulation øvMOŒ6R
PM Photo Multiplier IQ
PžXhV
PM Physical Medium irtËN(
PM Polarization Maintaining OP/c(g'`)ÝOc
PM Polarization Multiplexing OP/c(g'`)
Y(u
PM Protocol Machine OS®‹:g
PM-DSF Polarization Maintaining Dispersion-Shifted Fiber OP/cÝOcr‚ceMOûyIQ¤~
PMA Preassigned Multiple Access „˜RM‘Y@W¥ceQ
PMA Priority Memory Access OHQ§~X[¨PhVX[ÖS
PMBS Packet Mode Bearer Service RÄ~!j_b}N¡R
PMC Personal Multimedia Communication *NºNY’ZSOáO
PMD Physical Medium Department irtËN(è•{|
PMD Polarization Mode Dispersion OP/c!jr‚ce
PMD Polarization Mode Distortion OP/c!j1Yw
PMECB Personal Message Exchange Control Block *NºN¥b‡e¤Nbc§c6RWW
PMF Performance Module Framework '`ý€!jWWFh¶g
PMF Polarization Maintaining Fiber OP/cÝOcIQ¤~
PMIS Personal Mobile Information Service *NºNûy¨RáOo`
g¡R
PML Perfectly Matched Layer Œ[hQ9SM‘B\
PML Physical Media Layer irt’ZSOB\
PML Process Modelling Language ۏ zú^!j틊
PMLR Public Land Mobile Radio lQqQF–0Wûy¨Ràe¿~5u
PMMU Paged Memory Management Unit u˜b—X[¨PhV¡{tèöN
PMO Present Mode of Operation S_MRЏLˆ!j_
PMP Point to MultiPoint ¹p0RY¹p
PMP Programmable Multimedia Processor ïS zY’ZSOYthV
PMP Protected Monitoring Point ÝO¤bÑvƉ¹p
PMPS Point-MultiPoint System ¹p0RY¹pû|ß~
PMPX Primary MultiPleXer N!k¤Yï
Y(uhV
PMR Peak-to-Mean Ratio ð\GWÔk
PMR Private Mobile Radio N(uûy¨Ràe¿~5u
PMR Public Mobile Radio lQ(uûy¨Ràe¿~5u
PMRS Private Mobile Radio System N(uûy¨Ràe¿~áOû|ß~
PMS Path Management System ï¡{tû|ß~
PMS Payphone Management System ØN95u݋¡{tû|ß~
PMT Personal Mobile Telecommunication *NºNûy¨RáO
PMTC Personal Multimedia multipoint TeleConference system *NºNY’ZSOY¹pO®‹5u݋û|ß~
PMUX Programmable MUltipleXer ïS z
Y(uhV
PMX Packet MultipleXer RÄ~Yï
Y(uhV
PN Personal Number *NºN÷Sx
PN Pseudo-Noise *O(–:g)jVðX
PN Public Network lQqQQ
PNAS Packet Network Access Subsystem RÄ~Q¥ceQP[û|ß~
PNIC Private data Network Identification Code N(upencQhƋx
PNMC Provincial Network Management Center wQÜ~¡{t-NÃ_
PNNI Private Network-to-Network Interface N(uQô•¥cãS
PNO Public Network Operator lQqQQÜ~Џ%„FU
PnP Plug and Play sSÒcsS(u
PNP Private Numbering Plan N(u÷S¡‹R
PNS Personal Number Service *NºN÷SxN¡R
PNSC Packet Network Service Center RÄ~QN¡R-NÃ_
PNT Private Network Termination function N(uQÈ~ïzŸRý€
PNU Paging Network Unit û[|TQUSCQ
PNX Private Network eXchange N(uQÜ~¤Nbc:g
POCN Passive Optical Coaxial hybrid Network àenIQ¤~/ Tt÷mTQ
POCO Point Of Control and Observation §c6RN‰ß[¹p
POCSAG Post Office Code Standardization Advisory Group ñ‚ýV®?e;`@\xhÆQ¨Tâ‹Ä~
POF Plastic Optical Fiber QX™eIQ¤~
POF Polymer Optical Fiber Z€TirIQ¤~
POFA Polymer Optical Fiber Amplifier Z€TirIQ¤~>e'YhV
POH Path OverHead S_•
POI Point Of Initiation wËY¹p
POINT Polymer Optical INterconnect Technology Z€TirIQ¤~’Nޏ€b/g
POL Probability Of Loss _c€‚i‡s
POLO Parallel Optical Link Organization v^LˆIQþ”ïÄ~Ç~
PON Passive Optical Network àenIQ¤~Q
POP Picture Out Picture ;uY;u
POP Point Of Presence eQQ¹p
POP Post Office Protocol ®@\OS®‹
POR Point Of Return ԏÞV¹p
POS Packet Over SDH SDH OS
POS Packet Over SONET SONET OS
POS Point-Of-Sale terminal •.U¹pÈ~ïz
POS Primary Operating System ;NÍd\Oû|ß~
POST POS Terminal •.U¹pÈ~ïz
POT Point Of Terminal È~¥c¹p
POTS Plain Old Telephone Service nf(€{US€_)5u݋N¡R
POWA Planar Optical Waveguide Amplifier s^b—IQâlü[>e'YhV
POWCBL POWer distribution CaBLe 5unRM‘5u
PP Path Protection SÝO¤b
PP Point to Point ¹p0R¹p
PPA Plesiochronous Path Adaptation ÆQ TekSM‘
PPC Packet Processing Complex RÄ~Yt
YThV
PPC Palm PC Œc
N5u
PPC Pay Per Channel cáOS¡‹9
PPC Physical Port Control irtïzãS§c6R
PPC PrePaid Card service „˜ØN9aSN¡R
PPCH Packet Paging CHannel RÄ~û[|TáOS
PPCI Presentation Protocol Control Information hˆ:yB\OS®‹§c6RáOo`
PPD Partial Packet Discard èRRÄ~"N_
PPDL Point-to-Point Data Link ¹pù[¹ppencþ”ï
PPDN Public Packet Data Network lQqQSpencQÜ~
PPDU Presentation Protocol Data Unit hˆ:yB\OS®‹pencUSCQ
PPE Phase PreEqualization øvMO„˜GWaˆ
PPF Polarization Preserving Fiber ÝOOPIQ¤~
PPG Pulse Pattern Generator ²QþVb_ÑSuhV
PPI PDH Physical Interface PDHirt¥cãS
PPI Programmable Peripheral Interface ïS zYôV¥cãS
PPIB Programmable Protocol Interface Board ïS zOS®‹¥cãSg
PPM Pluse Position Modulation MOŒ6R
PPM Pulse Phase Modulation øvŒ6R
PPP Point-to-Point Protocol ¹p0R¹pOS®‹
PPPoA Point to Point Protocol over ATM ATM¹pù[¹pOS®‹
PPPoE Point to Point Protocol over Ethernet åN*YQ¹pù[¹pOS®‹
PPS Path Protection Switching SÝO¤bPbc
PPS PrePaid Service „˜ØN9N¡R
PPS Pulses Per Second ÏkÒy ²Qpe
PPSM Polarization Preserving Single Mode ÝOOPUS!jIQ¤~
PPSN Private Packet-Switched Network N(uRÄ~¤NbcQ
PPSN Public Packet-Switching Network lQqQRÄ~¤NbcQ
PPT Pay-Per-Token cäNLr¡‹9
PPT Plesiochronous Path Termination ÆQ TekSÈ~ïz
PPTP Point-to-Point Tunneling Protocol ¹p0R¹p§–SOS®‹
PPU Pay-Per-Use cÏk!kO(u¡‹9
PPV Pay-Per-View c!k6e95uƉ
g¡R
PR Packet Retransmission RÄ~lÑS
PR Path Restoration Sb`
Y
PR Pattern Recognition !j_Ƌ+R
PR Payload Rate ÀQwƒ‡s
PR Planning Repository ĉRÓN“^
PR Precedence Rate OHQ§~
PR Premium Rate D– R9‡s
PR Pseudo Random *O–:g
PRA Primary Rate Access N!k¤‡s¥ceQ
PRACH Packet Random Access CHannel RÄ~–:g¥ceQáOS
PRC Primary Reference Clock ;NÂS€öeŸ”
PRC Pseudo Random Code *O–:gx
PRCPM Partial Response Continuous Phase Modulation èRÍT”^ޏí~øvMOŒ6R
PRD Pseudo-Random Downstream NLˆ*O–:g^R
PREMO PResentation Environment for Multimedia Objects Y’ZSOù[aŒ„vhˆ:y¯sƒX
PRF Pulse Repetition Frequency ²Q͑
Y‘˜‡s
PRG PseudoRandom Generator *O–:gxÑSuhV`
PRI Primary Rate Interface N!k¤‡s¥cãS
PRK Phase-Reverse Keying Pøv.•§c
PRM Protocol Reference Model OS®‹ÂS€!j‹W
PRMA Packet Reservation Multiple Access RÄ~„˜YuY@W
PRMC PReMium Charging D– R¡‹9
PRN Packet Radio Networks RÄ~àe¿~Q
PRP PseudoRandom Process *O–:gǏ z
PRPC Periodical Route Performance Check š[gï1u'`ý€ÀhŒš
PRR Pulse Repetition Rate ²Q͑
Y‡s
PRS Pattern Recognition System !j_Ƌ+Rû|ß~
PRS Primary Reference Source úW,gÂS€n
PRS Pseudo-Random Sequence *O–:g^R
PRTCCL PRoToCol Common Logic OS®‹qQ(u;‘
PRTE Primary RouTE ;Nï1u
PRU Pseudo-Random Upstream
NLˆ*O–:g^R
PrvDN Private Data Network N(upencQ
PS Packet Sequencing RÄ~’c^
PS Packet Switched RÄ~¤Nbc
PS Personal Station *NºNÙz
PS Picture System þVÏPû|ß~
PS Protection Switching ÝO¤bPbc
PS Protocol Stack OS®‹h
PSA Phase-Sensative Amplifier øvMOOea>e'YhV
PSAP Physical layer Service Access Point irtB\
g¡R¥ceQ¹p
PSAP Presentation Service Access Point hˆ:yB\N¡R¥ceQ¹p
PSBN Public Switched Broadband Network lQqQ¤Nbc½[&^Q
PSC Parallel-Serial Conversion v^-2Nlbc
PSC Picture Start Code þVÏP_ËYx
PSC PoSition Control PW-^§c6RhV
PSC Protection Switching Count ÝO¤bPbc¡‹pe
PSCAF Packet Service Control Agent Function RÄ~
g¡R§c6RãNtŸRý€
PSCF Packet Service Control Function S
g¡R§c6RŸRý€
PSCF Pure Silica Core Fiber ¯~Ex¯‚IQ¤~
PSCS Personal Space Communication Service *NºNzzô•áON¡R
PSCT Packet Switched Connection Type RÄ~¤Nbcޏ¥c{|‹W
PSD Power Spectral Density ŸR‡s1ŒÆ[¦^
PSD Protection Switching Duration ÝO¤bPbcöeö^
PSDAU Packet Switched Data Access Unit RÄ~¤Nbcpenc¥ceQUSCQ
PSDDS Public Switched Digital Data Service lQ(u¤NbcpeW[pencN¡R
PSDN Packet Switched Data Network RÄ~¤NbcpencQ
PSDN Public Switched Digital Network lQqQ¤NbcpeW[Q
PSDS Packet Switched Data Service RÄ~¤NbcpencN¡R
PSDTN Packet Switched Data Transmission Network RÄ~¤Nbcpenc O“Q
PSDTS Packet Switched Data Transmission Service RÄ~¤Nbcpenc O“N¡R
PSDU Presentation Service Data Unit hˆ:yB\
g¡RpencUSCQ
PSE Packet Switching Equipment RÄ~¤Nbc¾‹Y
PSE Packet Switching Exchange RÄ~¤Nbc:g
PSE Protection Switching Event ÝO¤bPbc‹NöN
PSF Packet Switching Facility RÄ~¤Nbc¾‹½e
PSG Phase-Shifting Grating øvûyIQh
PSGCF Packet Service Gateway Control Function RÄ~N¡RQsQ§c6RŸRý€
PSK Phase Shift Keying øvûy.•§c
PSM Protocol Special Module OS®‹N(u!jWW
PSM Packet Switching Module RÄ~¤Nbc!jWW
PSM Phase Shift Method øvûyÕl
PSN Packet Switching Node RÄ~¤Nbc‚‚¹p
PSN Packet-Switched Network RÄ~¤NbcQ
PSN Personal Server Network *NºN
g¡RhVQÜ~
PSN Phase Shift Network øvûyQÜ~
PSN Processor Sharing Node YthVqQ«N‚‚¹p
PSN Public Switched Network lQqQ¤NbcQ
PSNL Packet Switching Network Line RÄ~¤NbcQÜ~¿~ï
PSNR Peak Signal to Noise Ratio ð\eŒ[b
RLC Run Length Coding 8n z•¦^x
RLE Run Length Encoding 8n z•¦^x
RLU Remote Line Unit ܏ïz(u7b¿~USCQ
RM Reference Model ÂS€!j‹W
RM Resource Management Dn¡{t
RM Resource Module Dn!jWW
RM-ODP Reference Model for Open Distributed Processing _>e_R^Yt„vÂS€!j‹W
RMA Random Multiple Access –:gY@W
RMC Route Marker Control ï1uh×_§c6R
RMCS Remote Maintenance Control System ܏0Wô~¤b§c6Rû|ß~
RMI Route Monitoring Information ï1uÑv§cáOo`
RMIB Remote Management Information Base ܏0W¡{táOo`“^
RML Requirements Modelling Language —Blú^!j틊
RMON Remote MONitoring ܏ zÑv§c
RMRN Reconfigurable Multi-Ring Network ïS͑„gY¯sQÜ~
RMS Resource Management System Dn¡{tû|ß~
RMS Root Mean Square GW¹e9h
RMS Router Management Service ï1uhV¡{t
g¡R
RMSE Root Mean Square Error GW¹e9hï‹î]
RMX Remote MultipleXer ܏ïz
Y(uhV
RN Random Noise –:gjVðX
RN Remote Node ܏ïz‚‚¹p
RNAA Request Network Address Assignment ÷‹BlQÜ~0W@WRM‘
RNC Radio Network Controller àe¿~QÜ~§c6RhV
RNC Regional Network Center :SßWQÜ~-NÃ_
RNCC Regional Network Control Center :SßWQÜ~§c6R-NÃ_
RNE Remote Network Equipment ܏0WQÜ~¾‹Y
RNET Remote NETwork ܏ zQÜ~
RNF Refracted Near-Field technique ˜b\я:WÕl
RNN Recurrent Neural Network R_^yÏ~Q
RNP Remote Network Processor ܏ zQÜ~Yt:g
RNR Receive Not Ready ¥c6e*gÆQY1\ê~
RO Remote Office ܏ïz@\
RO Remote Operation ܏ïzÍd\O
ROAM Remote Office Access Management ܏ zžRlQ¿‹î•¡{t
ROL Repeated Optical Link IQ-Nç~þ”ï
ROM Read Only Memory êSû‹X[¨PhV
ROMM Read Only Memory Module êSû‹X[¨PhV!jWW
ROPA Remote Optically Pumped Amplifier ܏ïzIQõl>e'YhV
ROS Real-time Operating System ž[öeÍd\Oû|ß~
ROS Remote Operation Service ܏ zÍd\O
g¡R
ROSE Remote Operation Service Element ܏ zÍd\O
g¡RUSCQ
ROSI Radio OSI protocol àe¿~OSIOS®‹
ROT Receive-Only Terminal US6eÈ~ïz
ROTL Remote Office Test Line ܏ïz@\KmՋ¿~ï
ROW Right Of Way ïCg
RP Regional Processor :SßWYt:g
RP Remote Point ܏ïz¹p
RP Reservation Packet „˜YuRÄ~
RPB Regional Processor Bus :SßWYt:g;`¿~
RPC Radio Port Controller àe¿~ïzãS§c6RhV
RPC Remote Procedure Call ܏ïzYt|TëS
RPH Regional Processor Handler :SßWYt:gYthV
RPLPC Regular Pulse Linear Prencdictive Coding ĉR ²Q¿~'`„˜Kmx
RPOA Recognized Private Operating Agency ¤‹ïS„vl%„5uáO:g„g
RPS Regional Processor Subsystem :SßWYt:gP[û|ß~
RPS Remote Processing System ܏ zYtû|ß~
RPS Ring Parameter Server ¯sÂSpe
g¡RhV
RPT Regional Processor Tester :SßWYt:gKmՋhV
RR Receive Ready ¥c×SÆQY1\ê~
RR Request Response ÷‹Bl”^T{
RR Re-Route ͑š[ï1u
RR Round Robin ª_¯s(Õl)
RRA Reservation Random Access „˜Yu–:g¥ceQ
RRC Radio Resource Control àe¿~Dn§c6R
RRP Resource Reservation Protocol Dn„˜¦~OS®‹
RRR Routing with Resource Reservation Dn„˜Yu ï
RRS Retransmission Request Signal ÷‹Bl͑ÑSáO÷S
RRU Regenerative Repeater Unit Qu-Nç~USCQ
RS Real Storage ž[E–X[¨PhV
RS Real System ž[û|ß~
RS Receiver Sensitivity ¥c6e:gupOe¦^
RS Reconciliation Sublayer ŒŒTP[B\
RS Remote Sensing ea
RS Remote Switching ܏ z¤Nbc
RSA Remote Station Alarm ܏0WÙzJTf‹
RSC Receive Speech Channel ¥c6e݋ó—áOS
RSCE Restoration Switching Control Equipment b`
Y¤Nbc§c6R¾‹Y
RSE Remote Station Equipment ܏0WÙz¾‹Y
RSE Remote Supervisory Equipment ܏0WÑv§c¾‹Y
RSE Restoratin Switching Equipment b`
Y¤Nbc¾‹Y
RSI Remote Server Interface ܏0W
g¡RhV¥cãS
RSM Remote Subscriber Multiplex ܏0W(u7b
Y(u
RSM Remote Switching Module ܏0W¤Nbc!jWW
RSN Radio Station Node àe¿~úWÙz‚‚¹p
RSN Rearrangeable Switching Network ïSQ‰[’c„v¤NbcQÜ~
RSOH Regeneration Section OverHead Quµk_•
RSOH Repeater Section OverHead -Nç~µk_•
RSP Real-time Simulation Platform ž[öe!jßbs^ðS
RSP Reduced Shortest Path €{¦~„vgíwï
RSP Reliable Stream Protocol ïS`—AmOS®‹
RSP Route Selection Program ï z^
RSPC Remote Speech Path Controller ܏0W݋c6R¾‹Y
RSPM Remote Speech Path Module ܏0W݋ï!jWW
RSS Received Signal Strength ¥c6eáO÷S:_¦^
RSS Remote Subscriber Switch ܏0W(u7b¤Nbc
RSS Remote Switching Stage ܏0W¤Nbc§~
RSS Remote Switching System ܏0W¤Nbcû|ß~
RSS Resource Security System Dn‰[hQû|ß~
RSS Resource Sharing System DnqQ«Nû|ß~
RSS Route Selection Services ï
g¡R
RSS Route Switching Subsystem ï1u¤NbcP[û|ß~
RST Regenerator Section Termination QuµkÈ~¥c
RST Regional Signaling Terminal :SßWáOäNÈ~ïz
RST Remote STation ܏ zÙz
RSTM Route Set Test Management ï1uÄ~KmՋ¡{t
RSTP Regional Signaling Transfer Point :SßWáOäNlbc¹p
RSU Remote Subscriber Unit ܏ z(u7bUSCQ
RSU Remote Switching Unit ܏ïz¤NbcUSCQ
RSVP Resource reSerVation Protocol Dn„˜YuOS®‹
RT Real Time ž[öe
RT Real-Time system ž[öeû|ß~
RT Reliable Transfer ïS`— O(lûy)
RT Remote Terminal ܏ zÈ~ïz
RT Response Time ÍT”^öeô•
RT Ringing Tone /cÔó—
RT Routine Test ‹OLˆKmՋ
RT Routing Table ï1uhˆ
RT Routing Topology ïÓbQb
RT-ABR Real Time Available Bit Rate ž[öeïS(u‡sN¡R
RT-VBR Real Time Variable Bit Rate ž[öeïSØSÔkyr‡s
RTAF Radio Transmission Adaption Function àe¿~ O“M‘ŸRý€
RTAM Remote Terminal Access Method ܏ zÈ~ïz¥ceQÕl
RTAS Real-Time Analysis System ž[öeRgû|ß~
RTC Real Time Clock ž[öeöeŸ”
RTC Return To Control ԏÞV§c6R
RTC RouTe Control ï1u§c6R
RTC RouTing Code ï1uãNx
RTCC Real-Time Control Center ž[öe§c6R-NÃ_
RTCF Real Time Conversion Facility ž[öelbc¾‹Y
RTCP Realtime Transport Control Protocol ž[öe O“§c6ROS®‹
RTD Round-Trip-Delay €_ԏöeö^
RTDBS Real-Time DataBase System ž[öepenc“^û|ß~
RTDD Real-Time Data Distribution ž[öepencRM‘
RTDHS Real-Time Data Handling System ž[öepencYtû|ß~
RTDS Rapid Transmission Data System ë_ O“pencû|ß~
RTDS Real-Time Data System ž[öepencû|ß~
RTE Real-Time Executive system ž[öegbLˆû|ß~
RTE Remote Terminal Equipment ܏ zÈ~ïz¾‹Y
RTI Real Time Interface ž[öe¥cãS
RTI Real Time Interrupt ž[öe-N­e
RTIO Real-Time Input / Output ž[öe“eQ“úQ
RTIP Real-Time Internet Protocol ž[öeàVyrQOS®‹
RTIRS Real-Time Information Retrieval System ž[öeÅ`¥bÀh"}û|ß~
RTIU Remote Terminal Interface Unit ܏0WÈ~ïz¥cãSUSCQ
RTLP Reference Transmission Level Point ÂS€ O“5us^¹p
RTM Radio Transmission Management àe¿~ O“¡{t
RTM Reference Test Method úWÆQKmՋ¹eÕl
RTMC Real-Time Management Coordination ž[öe¡{tOSŒ
RTMM Real-Time MultiMedia ž[öeY’ZSO
RTMS Radio Telephone Mobile System àe¿~5u݋ûy¨Rû|ß~
RTMS Real-Time Memory System ž[öeX[¨Pû|ß~
RTNMS Real-Time Network Management System ž[öeQÜ~¡{tû|ß~
RTNR Real Time Network Routing ž[öeQÜ~ ï
RTOS Real Time Operating System ž[öeÍd\Oû|ß~
RTP Rapid Transport Protocol ë_ OOS®‹
RTP Real-time Transport Protocol ž[öe OOS®‹
RTP/RTCP Real-Time Protocol / Real-Time Control Protocol ž[öe O“OS®‹/ž[öe§c6ROS®‹
RTPL Real-Time Processing Language ž[öeYt틊
RTPS Real-Time Programming System ž[öe zû|ß~
RTR Request To Receive ÷‹Bl¥c6e
RTS Ready To Send ÆQYÑS
RTS Real-Time System ž[öeû|ß~
RTS Remote Terminal System ܏0WÈ~ïzÀhKmhV
RTS Request To Send ÷‹BlÑS
RTS Resistive Touch Screens 5u;–_æ‰xdO\
RTS Return To Service b`
YO(u
RTS/CTS Request-To-Send / Clear-To-Send protocol ÷‹BlÑS/nd–ÑSOS®‹
RTSE Reliable Transfer Service Element ïS`— O
g¡RUSCQ
RTSP Real-Time Streaming Protocol ž[öeAmOS®‹
RTT Radio Transmission Technology àe¿~ O“€b/g
RTT Real-Time Traffic ž[öeN¡R
RTT Round Trip Time €_ԏöeô•
RTTE Remote Terminal Test Equipment ܏0WÈ~ïzKmՋ¾‹Y
RTTP Real-Time Transport Protocol ž[öe OOS®‹
RTU Remote Terminal Unit ܏ïzÈ~ïzUSCQ
RTU Remote Testing Unit ܏ïzKmՋUSCQ
RTU Routing Table Update ï1uhˆôf°e
RTV Real Time Video ž[öeƉ‘˜
RU Ready Use Y(u
RU Recovery Unit b`
YUSCQ
RU Remote Unit ܏ïzUSCQ
RUA Remote User Agent ܏ z(u7bãNt
RVA Relative Virtual Address øvù[Z†ßb0W@W
RVM Recoverable Virtual Memory ïSb`
Y„vZ†ßbX[¨PhV
RVP Remote Voice Protocol ܏ z݋ó—OS®‹
RVS Real-time Vision System ž[öe>f:y û|ß~
RVS Remote Visulization System ܏ zïSƉSû|ß~
RVT Routing Vector Table ïâwϑhˆ
RWA Routing and Wavelength Assignment ïÊSâl•RM‘
RWFM Random Walk Frequency Modulation –:g8n¨R‘˜‡sŒ6R
RZ Return to Zero R_ö–
S-AIS Section Alarm Indication Signal µkJTf‹c:yáO÷S
S-CDMA Synchronous Code Division Multiple Access TekxRY@W¥ceQ
S-HDTV Super High Definition TV …Øšnpf¦^5uƉ
S-ISMA Slotted-Idle Signal Multiple Access öe™–zzò•áO÷SY@W¥ceQ
S-VHS Super-high band VHS …§~¶[(uƉ‘˜û|ß~
S/N Signal to Noise ratio áOjVÔk
SA Section Adaptation µkM‘
SA Service Adapter N¡RM‘hV
SA Service Address
g¡R0W@W
SA Service Agent N¡RãNt
SA Service Alarm
g¡RJTf‹
SA Service Availability N¡RïS(u'`
SA Source Address n0W@W
SA Subscriber Access (u7b¥ceQ
SA Switch Access ¤Nbc¥ceQ
SA System Administrator û|ß~¡{tXT
SAA System Application Architecture û|ß~”^(uÓ~„g
SAA System Area Address û|ß~:SßW0W@W
SAAL Signaling ATM Adaptation Layer áOäNATMM‘B\
SAAM Signaling ATM Adaption Module áOäNATMM‘!jWW
SABM Set Asynchronous Balanced Mode n_eks^aˆ¹e_
SABME Set Asynchronous Balanced Mode Extended nibU\„v_eks^aˆ¹e_
SAC Security and Access Control system ‰[ÝOŒT蕁yû|ß~
SAC Suburb Area Coverage ^ʐ†‰Öv:S
SACCH Slow Associated Control CHannel baøvsQ§c6RáOS
SACE System Auxiliary Control Element û|ß~…©R§c6RUSCQ
SACF Service Access Control Function N¡R¥ceQ§c6RŸRý€
SACF Single Association Control Function USøvsQ§c6RŸRý€
SAE Stand Alone Equipment ìrËz¾‹Y
SAEE Service Agent Execution Environment N¡RãNtgbLˆ¯sƒX
SAF Specific Access Funtion yrš[¥ceQŸRý€
SAF System Administration Facility û|ß~¡{t¾‹Y
SAILS Software Adaptable Integrated Logic System oöNꁐ”^ü~T;‘û|ß~
SAM Secure Account Manager ‰[hQ^÷S¡{t
SAM Self-Amplitude Modulation ꁌE^
SAM Service Access Multiplexer N¡R¥ceQ
Y(uhV
SAM Sub-module Administration Module P[!jWW¡{t!jWW
SAM Subsequent-Address Message Tí~0W@Wˆmo`
SAMC Subscriber Access Maintenance Center (u7b¥ceQô~¤b-NÃ_
SAME Subscriber Access Maintenance Entity (u7b¥ceQô~¤bž[SO
SAMF Subscriber Access Management Function (u7b¥ceQ¡{tŸRý€
SAMI Service Access Multiplexer Interface N¡R¥ceQ
Y(uhV¥cãS
SAN Satellite Access Node kSf¥ceQ‚‚¹p
SAN Storage Area Network X[¨P:SQÜ~
SAN Subscriber Access Network (u7b¥ceQQ
SANC Signaling Area / Network Code áOäN:S/Qx
SANET Self-Amplified NETwork ê>e'YQÜ~
SAO Single Association Object USøvsQ§c6Rù[aŒ
SAP Secondary Audio Program …©R󗑘 z^
SAP Service Access Point N¡R¥ceQ¹p
SAP Service Agent Point N¡RãNt¹p
SAP Speech Application Platform í‹ó—”^(us^ðS
SAPI Server Application Programming Interface
g¡RhV”^(u z¥cãS
SAPI Service Access Point Identifier N¡R¥ceQ¹phƋ&{
SAPS Source Access Point System áOn¥ceQ¹pû|ß~
SAR Segmentation And Reassembly ÆbňP[B\
SAR Storage Address Register X[¨P0W@WÄ[X[hV
SARTS Switched Access Remote Testing System ¤Nbc¥ceQ܏0WKmՋû|ß~
SAS Self-Adaptive System ꁐ”^û|ß~
SAS Subscriber Authorized System (u7bˆcCgû|ß~
SAS Switched Access Star ¤Nbc¥ceQfb_(QÜ~)
SASD Self-Adaptive Sequence Detection ꁐ”^^RÀhKm
SASE Specific Application Service Element N蕔^(u
g¡RUSCQ
SASE Stand-Alone Synchronization Equipment ìrËz Tek¾‹Y
SAT Subscriber Access Terminal (u7b¥ceQÈ~ïz
SATNET SATellite NETwork kSfQ
SAW Surface Acoustic Wave ðXhˆb—âl
SAWF Surface Acoustic Wave Filter ðXhˆb—âlänâlhV
SB Sound Blaster ðXaS(ðX8—)
SB System Bus û|ß~;`¿~
SB-ADPCM SubBand ADPCM P[&^ꁐ”^î]R xŒ6R
SBA Stimulated Brillouin scattering fiber Amplifier ×SÀo^̑
nce\IQ¤~>e'YhV
SBC Single Board Computer USg:g
SBC Sound Blaster audio Card ðXaS
SBC SubBand Coding P[&^x
SBC System Broadcast Channel û|ß~^­dáOS
SBCS Single Byte Code System USW[‚‚xû|ß~
SBEC SubBand Echo Canceler P[&^ÞVó—ˆmd–hV
SBK Sound Blaster Kits ðXaS(ðX8—)å]wQS
SBL Security BLock ‰[hQWW
SBM Subnet Bandwidth Management P[Q&^½[¡{t
SBMPC Software-Based Moving Picture Coding úWŽNoöN„v¨R`þVÏPx
SBR Service Bit Rate N¡RÔkyr‡s
SBR Statistical Bit Rate ß~¡‹Ôkyr‡s
SBS Stimulated Brillouin Scattering ×SÀo^̑
nce\
SBSO Small Business / Small Office \lQøS/\žRlQ¤[
SBTP Simple Buffer Transfer Protocol €{US²QlûyOS®‹
SC Satellite Computer áOkSf¡‹—{:g
SC Seamless Connect àeޏ¥c
SC Service Channel lQ¡RáOS
SC Shared Channel qQ«NáOS
SC Signaling Converter áOäNØSbchV
SC Subscriber Connector (u7bޏ¥chV
SC SuperComputing …§~¡‹—{
SC Supervision Center Ñv§c-NÃ_
SC Supervisory Channel ÑvKmáOS
SCA Selected Call Appearance š[„v|TëS¶r`
SCA Static Channel Allocation Y—bkáOSM‘n
SCA Static Channel Assignment Y—bkáOSRM‘
SCAI Switch Computer Application Interface ¤Nbc:g¡‹—{:g”^(u¥cãS
SCAN Stereo Cabiner Area Network ËzSOðXÄ~Tó—ÍT@\ßWQ
SCAN Switched Circuit Automatic Network ¤Nbc5uïê¨R§c6RQÜ~
SCB Selected Call Bandwidth š[„v|TëS&^½[
SCC Satellite Communication Center kSfáO-NÃ_
SCC Satellite Communication Controller kSfáO§c6RhV
SCC Satellite Control Center kSf§c6R-NÃ_
SCC Single Chip Computer USGr¡‹—{:g
SCCA/TD Self-Control Cycle Access with Time Division öeRꁧcª_¯s¥ceQ
SCCF Satellite Comunication Control Facility kSfáO§c6R¾‹Y
SCCH Signaling Control Channel áOäN§c6RáOS
SCCH SynChronous CHannel TekáOS
SCCO Satellite Communication Control Office kSfáO§c6R¤[
SCCP Signaling Connection Control Point áOäNޏ¥c§c6RèR
SCCS Switching Control Center System ¤Nbc§c6R-NÃ_û|ß~
SCD Selective Cell Discard éb'`áOCQ"N_
SCD Single Channel Demultiplexer USáOSã‰
Y(uhV
SCDSSMF Segmented Core DSSMF RB\¯‚r‚ceMOûyUS!jIQ¤~
SCE Service Creation Environment N¡RRú^¯sƒX
SCE Signal Combining Equipment áO÷SÄ~T¾‹Y
SCE Signal Conversion Equipment áO÷SØSbcňn
SCEF Service Creation Environment Function N¡RRú^¯sƒXŸRý€
SCF Satellite Control Facility kSf§c6R¾‹Y
SCF Satellite Control Function kSf§c6RŸRý€
SCF Selective Call Forwarding g éb|TëSMRl
SCF Semiconductor Cylinder Fiber JSü[SOñgb_IQ¤~
SCF Service Control Function N¡R§c6RŸRý€
SCF Soliton Compression Fiber d[P[‹S)IQ¤~
SCF Synchronization and Coordination Function TekNOSŒŸRý€
SCFLA Semiconductor Cylinder Fiber Light Amplifier JSü[SOñgb_IQ¤~IQ>e'YhV
SCH Satellite CHannel kSfáOS
SCH Synchronization CHannel TekáOS
SCI Scalable Coherent Interface ïS8O)øvr^¥cãS
SCI Switching Center Interface ¤Nbc-NÃ_¥cãS
SCIF Single Console Image Facility US§c6RðSþVÏPňn
SCL Soliton Compression Laser d[P[‹S)ÀoIQhV
SCL System Control Language û|ß~§c6R틊
SCLA SemiConductor Laser Amplifier JSü[SOÀoIQ>e'YhV
SCLIB Service Component LIBrary N¡R„göN“^
SCLK Synchronous CLocK TeköeŸ”
SCM Selected Coding Method š[„vxÕl
SCM Selected Communication Mode š[„váO!j_
SCM Service Circuit Module
g¡R5uï!jWW
SCM Software Configuration Management oöNM‘n¡{t
SCM State Change Management ¶r`ØSbc¡{t
SCM SubCarrier Modulation oR}âlŒ6R
SCM SubCarrier Multiplexed oR}âl
Y(u
SCM SubChannel Matching P[áOS9SM‘
SCM Supply Chain Management ›O”^þ”¡{t
SCMA SubCarrier Multiple Access oR}âlY@W¥ceQ
SCME SCF Management Entity SCF¡{tž[SO
SCMP Stream Control Message Protocol Am§cˆmo`OS®‹
SCN Satellite Control Network kSf§c6RQÜ~
SCN Service Control Node N¡R§c6R‚‚¹p
SCN Subscriber Connection Network (u7bޏ¥cQÜ~
SCN Switching Center Network ¤Nbc-NÃ_Q
SCO Synchronous Connect-Oriented b—Tޏ¥c Tek
SCOT Small COmmunication Terminal \‹WáOÈ~ïz
SCP Service Control Point N¡R§c6R¹p
SCP Session Control Protocol O݋§c6ROS®‹
SCP Signal Control Point áO÷S§c6R¹p
SCP Single Chip Processor USGrYt:g
SCP Subscriber Call Processing (u7b|TëSYt
SCPC Single Channel Per Carrier USïUS}âl
SCPM Service Control Point Model N¡R§c6R¹p!j‹W
SCR Selective Circuit Reservation éb'`5u˜Yu
SCR Signal to Crosstalk Ratio áO÷S2N݋Ôk
SCR Sustainable Cell Rate ïScí~áOCQ‡s
SCR System Clock Reference û|ß~öeŸ”úWÆQ
SCRT SCCP RouTing SCCP ï
SCS Separate-Channel Signaling ìrËzáOSáOäN
SCS Service Creation System N¡RRú^û|ß~
SCS Structured Cabling Systems Ó~„gS^¿~û|ß~
SCS Symmetric Crypto-System ù[ðy RÆ[û|ß~
SCS Synchronous Communication Satellite TekáOkSf
SCSI Small Computer System Interface \‹W¡‹—{:gû|ß~¥cãS
SCU Service Circuit Unit N¡R5uïUSCQ
SCU Signaling and Control Unit áOäNN§c6RUSCQ
SCU Signaling Channel Unit áOäNáOSUSCQ
SD Signal Degrade áO÷SpˆØS
SD Signal Distributor áO÷SRM‘hV
SD Space Division zzR
SD Space Domain zzô•ßW
SD Super Disc …§~IQØv
SD Switched or Selection Diversity ¤Nbcb ébRƖ
SDB Service Data Base N¡Rpenc“^
SDCCE Synchronous Digital Cross Connect Equipment TekpeW[¤NÉSޏ¥c¾‹Y
SDCCH Separate Dedicated Control CHannel ìrËzN(u§c6RáOS
SDCF Small Dispersion Controlled Fiber \r‚ce§c6RIQ¤~
SDD System for Distributed Database R^_penc“^û|ß~
SDDN Sensor Data Distribution Network OahVpencRM‘Q
SDDN Software-Defined Digital Network oöNš[IN„vpeW[Q
SDDSF Specially Designed Dispersion-Shifted Fiber N蕾‹¡‹„vr‚ceMOûyIQ¤~
SDDVD Super Density Digital Video Disk …ØšÆ[¦^peW[q_Ÿx
SDE Submission / Delivery Entity ¤NÑS/•bž[SO
SDF Samarium-Doped Fiber ºc”IQ¤~
SDF Service Data Function N¡RpencŸRý€
SDF Supergroup Distribution Frame …¤M‘¿~¶g
SDH Synchronous Digital Hierarchy TekpeW[û|R
SDHT SDH Transceiver TekpeW[û|R6eÑSáO:g
SDI Site Diversity Interface MOnRƖ¥cãS
SDI Subscriber Distribution Interface (u7bRM‘¥cãS
SDIU Synchronous Digital Interface Unit TekpeW[¥cãSUSCQ
SDK Software Development Kit oöN_ÑSS
SDL Specification and Description Language ĉe'YhV
TCA Telemetry Channel Assembly eKmáOSÄ~öN
TCA Traffic Conditioning Agreement AmϑŒ‚‚OSš[
TCAM TeleCommunication Access Method ܏ záOX[ÖSÕl
TCAP Transaction Capabilities Application Part ‹N¡RYtý€›R”^(uèR
TCC Terminal Call Control È~ïz|TëS§c6R
TCC Traffic Control Center ݋¡R§c6R-NÃ_
TCC Transport Connection Clear OÞ¥cÆb¿~
TCCD Total Call Connection Delay ;`|TëSޏ¥cö^ߏ
TCCS Traffic Congestion Control System N¡Råb^X§c6Rû|ß~
TCE Terminal Control Element È~ïz§c6RUSCQ
TCE Transit Connection Element l¥cޏ¥cUSCQ
TCEP Transport Connection EndPoint OÞ¥cïz¹p
TCF Transmission Convergence Function O“OZ€ŸRý€
TCF Twin-Core Fiber ÌS¯‚IQ¤~
TCH Tone CHannel áO÷Só—áOS
TCH Traffic CHannel N¡RáOS
TCH-EFR Traffic CHannel-Enhanced Full Rate N¡RáOS-žX:_‹WhQ‡s
TCH-FS Traffic CHannel-Full rate Speech hQ‡s݋ó—N¡RáOS
TCI Terminal Control Interface È~ïz§c6R¥cãS
TCIC Transit Center Identification Code l¥c-NÃ_Ƌ+Rx
TCIC Trunk Circuit Identification Code r^¿~5uïÆ‹+Rx
TCL Time-Coherent Light öeô•øvr^IQ
TCM Test Controlling Module KmՋ§c6R!jWW
TCM Time Compression Multiplexer öeô•‹S)
Y(uhV
TCM Time-Compression Multiplexing öeô•‹S)
Y(u
TCM Trellis Coded Modulation Qe'YhV
U-SHN Unidirectional Self-Healing Network USTêaQÜ~
UA UnAttended àeºNe'YhV
UWC Under Water Cable 4l NIQ
UWS Under Water Segment 4l NèR
V-ONU Video Optical Network Unit Ɖ‘˜IQQÜ~USCQ
V/A Video / Audio Ɖ‘˜/󗑘
VA Video Amplifier Ɖ‘˜>e'YhV
VA Virtual Address Z†ßb0W@W
VAA Voice Access Arrangement ݋ó—X[ÖS¾‹Y
VAB Voice Answer Back ݋ó—”^T{
VAC value Added Carrier žXf:yû|ß~
VHDL VHSIC Hardware Description Language …ØšÆ–b5uïlxöNÏcðí‹Š
VHDL Visual Hardware Description Language ïSƉlxöNÏcðí‹Š
VHL Very High-level Language uؚ§~틊
VHLR Virtual HLR Z†ßbHLR
VHOL Very High Order Language …Øš§~틊
VHS Video Home System ¶[(uƉ‘˜û|ß~
VHSIC Very High-Speed Integrated Circuit …ØšÆ–b5uï
VHSOL Very High Speed Optic Loop uؚIQ¯sï
VI Virtual Image Z†ßbþVÏP
VI&P Visual, Intelligent and Personal ïSƉS0zfý€SŒT*NºNS
VIA Videotex Interworking Architecture ïSƉþV‡e’NÓ~„g
VICC Visual Information Control Console ïSƉáOo`§c6RðS
VICP Virtual International Connecting Point Z†ßbýVE–ޏ¥c¹p
VICS Vehicle Information Communication System f†áOo`ŒTáOû|ß~
VID Video Image Display Ɖ‘˜þVÏP>f:y
VID Virtual Image Display Z†ßbþVÏP>f:yhV
VIDS Virtual Image Display System Z†ßbþVÏP>f:yû|ß~
VIE Virsual Information Environment Z†ßbáOo`¯sƒX
VIEW Video Information Exchange Window Ɖ‘˜áOo`¤Nbc—zãS
VIEW Virsual Informative Environment Workstation Z†ßb¤N’N¯sƒXå]\OÙz
VIG Video Image Generator Ɖ‘˜þVÏPÑSuhV
VIM Vendor-Independent Messaging API N•.UFUàesQ„vˆmo`API
VINES VIrtual NEtworking System Z†ßbQÜ~û|ß~
VIP Video Information Provider Ɖ‘˜áOo`Ðc›O€
VIP Video Interface Processor Ɖ‘˜¥cãSYt:g
VIP Virtual Interface Processor Z†ßb¥cãSYt:g
VIP Virtual IP Z†IP
VIP Vision Information Processing ƉɉáOo`Yt
VIP Visual Image Processor Ɖ‘˜þVÏPYt:g
VIP Visual, Intelligent and Personal ïSƉS ÿzfý€SŒT*NºNS
VIP Voice Information Processor ݋ó—áOo`Yt:g
VIP Voice Interactive Phone ¤N’N_󗑘5u݋
VIPR Virtual IP Route Z†ßbIPï1u
VIPS Voice Interruption Priority System ݋ó—-N­eOHQû|ß~
VIS Video Interface System Ɖ‘˜¥cãSû|ß~
VIS Visual Instruction Set Ɖ—{cäNƖ
VIS Visual Interactive Simulation ïSƉ¤N’N_!jßb
VIS Voice Information Service í‹ó—áOo`
g¡R
VISCA VIdeo System Control Architecture Ɖ‘˜û|ß~§c6RÓ~„g
VIST Voice Interactive System Technology ݋ó—¤N’N_û|ß~€b/g
VIT Video Image Terminal Ɖ‘˜þVÏPÈ~ïz
VITC Vertical Interval Time Code ‚Wôvô•”–öeô•x
VIU Videotex Interface Unit ïSƉþV‡e¥cãSUSCQ
VIVID VIdeo, Voice, Image, Data Ɖ‘˜ ÿí‹ó— ÿþVaŒ ÿpenc
VLAN Virtual LAN Z†ßb@\ßWQ
VLC Variable Length Code ïSØS•x
VLC Variable Length Coder ïSØS•¦^xhV
VLC Video Line Connector Ɖ‘˜¿~ïÞ¥chV
VLD Variable Length Decoding ïSØS•xыx
VLDB Very Large DataBase u'Y‹Wpenc“^
VLF Variable-Length Field ØS•W[µk
VLGB Very Large Graphics Bases u'Y‹WþVb_“^
VLR Visited Location Registor ¿‹î•MOnÄ[X[hV
VLSI Very Large Scale Integration u'Yĉ!jƖb5uï
VLSM Variable-Length Subnet Mask ïSØS•¦^P[Q©cx
VM Video Mail Ɖ‘˜®öN
VM Virtual Machine Z†ßb:g
VM Virtual Manufacturing Z†ßb6R 
VMA Valid Memory Address gHeX[¨P0W@W
VMA Virtual Memory Address Z†ßbX[¨P0W@W
VMC Voice Messaging Coder í‹ó—ˆmo`xhV
VMCB Virtual Machine Control Block Z†ßb:g§c6R z^WW
VMCP Virtual Machine Control Program Z†ßb:g§c6R z^
VMCPR Video Machine Control Play / Recorder ¡‹—{:g󗑘peW[S6R\O
VME Virtual Machine Environment Z†ßb:g¯sƒX
VMG Voice MessaGing ݋ó—ˆmo`
VMGE Voice MessaGing Environment ݋ó—ˆmo`¯sƒX
VMGS-MS Voice MessaGing System Message Store ݋ó—ˆmo`û|ß~„vˆmo`X[¨P
VMGS-UA Voice MessaGing System User Agent ݋ó—ˆmo`û|ß~„v(u7bãNt
Vmix Video mixer Ɖ‘˜÷mThV
VMM Virtual Machine Manager Z†ßb:g¡{t z^
VMM Virtual Machine Monitor Z†ßb:gÑv§c z^
VMR Virtual Meeting Room Z†ßbO®‹¤[
VMS Variable-Message Sign ïSØSˆmo`&{÷S
VMS Video Modulation System Ɖ‘˜Œ6Rû|ß~
VMS Virtual Memory System Z†ßbX[¨PhVû|ß~
VMS Voice Mail Server í‹ó—áO±{
g¡RhV
VMS Voice Mail Service í‹ó—áO±{N¡R
VMS Voice Message Server í‹ó—ˆmo`
g¡RhV
VMS Voice-Mail System í‹ó—®öNû|ß~
VMS&F Voice-Mail Store & Forward í‹ó—áO±{X[¨PlÑS
VMT Video Matrix Terminal Ɖ‘˜éw5–È~ïz
VMT Virtual Memory Technique Z†ßbX[¨P€b/g
VMTP Virtual Machine Terminal Protocol Z†ßb:gÈ~ïzOS®‹
VMTP Virtual Message Transaction Protocol Z†ßbáOo`‹N¡ROS®‹
VMX Voice Message eXchange í‹ó—áOo`¤Nbc
VN Virtual Memory Z†ßbX[¨PhV
VN Voice Messaging 틊áO
VN Voice Network Ý‹QÜ~
VN Voice Notification í‹ó—åw
VNAP Virtual Net-work Access Point Z†ßbQ¥ceQ¹p
VNC Virtual Network Configuration Z†ßbQÓ~„g
VNS Visual Network Station ïSƉQÜ~Ùz
VNV Virtual Network Visual Z†ßbQÜ~ïSƉS
VoATM Voice Over ATM ATM O݋ó—
VOCAL Voice-Oriented Curriculum Author Language b—T݋ó—„vþ‹ z™Q틊
VOCOM VOice COMmunication ݋ó—áO
VOD Video On Demand Ɖ‘˜¹p­d
VOD Voice Over DDN (uDDN O݋ó—
VODACOM VOice DAta COMmunication ݋ó—pencáO
VODIG VOice DIGitizer ݋ó—peW[lbchV
VODLIM VOD Line Interface Module Ɖ‘˜¹p­d¿~cãS!jWW
VODS Video On Demand Server Ɖ‘˜¹p­d
g¡RhV
VoDSL Voice over DSL peW[(u7b¿~ O݋ó—
VOFDM Vector Orthogonal Frequency Division Multiplexing âwϑck¤N‘˜R
Y(u
VoFR Voice over Frame Relay '^-Nç~Q
N Oí‹ó—
VoIP Voice over IP úWŽNIP„ví‹ó— O“
VoIP/ATM Voice over IP / ATM úWŽNIP/ATMí‹ó— O“
VONC Voice On the Net Coalition àVyrQí‹ó—T€ßv
VOS Virtual Operating System Z†ßbÍd\Oû|ß~
VOS Voice Operated Switch ðX§c_sQ
VOT teleVOTing 5u݋•bhyN¡R
VOT Voice Operated Transmission ðX§c O“
VP Video Phone ïSƉ5u݋
VP Video Processor Ɖ‘˜YthV
VP Virtual Path Z†ï
VP Virtual Processor Z†ßbYt:g
VP Vision Processing Ɖ‘˜Yt
VP Vision Processor ïSƉYt:g
VP-AIS Virtual Path Alarm IndicationSignal Z†SJTf‹c:yáO÷S
VP-RDI Virtual Path Remote Defect Indication Z†SÜïzEeœ–c:y
VPC Vertical Parity Check ‚WôvGYvP!hŒš
VPC Virtual Path Connection Z†ïÞ¥c
VPCE Virtual Path Connection Endpoint Z†SÞ¥cÈ~ïz
VPDE Video Processing and Display Engine Ɖ‘˜YtŒT>f:y_Îd
VPDN Virtual Private Dialup Network Z†ßbN(uèb÷SQ
VPE Virtual Path Entity Z†Sž[SO
VPH Virtual Path Handler Z†SYt
VPI Virtual Path Identifier Z†ïhƋ&{
VPIM Voice Profile Internet Mail àVyrQýQöN„v݋ó—{|‹W
VPL Virtual Path Link Z†Sþ”ï
VPLMN Virtual Public Land Mobile Network Z†ßblQqQF–
Nûy¨RQ
VPM Voice Path Management ݋{t
VPME Virtual Path Multiplex Entity Z†S
Y(už[SO
VPN Virtual Path Network Z†SQÜ~
VPN Virtual Personal Network Z†ßb*NºNQ
VPN Virtual Private Network Z†ßbN(uQ
VPON Video Phone On Network QÜ~Ɖ‘˜5u݋
VPP Vendor Partnership Program •.UFUT\OO4OsQû| z^
VPS Variable Packet Size ïSØSS'Y\
VPS Video Playback System Ɖ‘˜­d>eû|ß~
VPT Virtual Packet Terminal Z†RÄ~áOo`È~ïz
VPT Virtual Path Terminator Z†SÈ~ïz¾‹Y
VPT Virtual Private Trunk Z†ßbN(u-Nç~
VPU Video Processing Unit Ɖ‘˜YtUSCQ
VPU Video Provision Unit Ɖ‘˜Ðc›OUSCQ
VPU Virtual Processing Unit Z†ßbYt:g
VPU Voice Processing Unit ݋ó—Ytňn
VPX VP CroSs-connect Z†S¤NÉSޏ¥c
VQ Vector Quantitation âwϑϑS
VQ Virtual Queuing Z†–R
VQC Vector Quantitation Coding âwϑϑSx
VR Virtual Reality Z†ßb°sž[
VR Virtual Route Z†ï1u
VRAM Video Random Access Memory Ɖ‘˜–:gX[ÖSX[¨PhV
VRC Vertical Redundancy Check ‚Wôv—QYO!hŒš
VRCP Voice Recognition Call Processing í‹ó—Æ‹+R|TëSYt
VRD Variable Rate Data ØSpenc
VRI Voice Response Interaction í‹ó—ÍT”^¤N’N
VRM Voice Recognition Module í‹ó—Æ‹+R!jWW
VRML Virtual Reality Markup Language Z†ßb°sž[h°‹í‹Š
VRML Virtual Reality Modeling Language Z†ßb°sž[ú^!j틊
VRP Vehicle Routing Problem f}ï1u˜
VRP Video RISC Processor Ɖ‘˜¾|€{cäNƖ¡‹—{:gYthV
VRRA Variable Rate Reservation Access ØS„˜Yu¥ceQ
VRRP Virtual Router Redundancy Protocol Z†ï1uhV—QYOOS®‹
VRS Video Response System Ɖ‘˜ÍT”^û|ß~
VRT Virtual Reality Tool Z†ßb°sž[å]wQ
VRU Voice Response Unit ݋ó—”^T{USCQ
VS Variable Store ïSØSX[¨PhV
VS Video Server Ɖ‘˜
g¡RhV
VS Video Signal Ɖ‘˜áO÷S
VS Virtual Storage Z†ßbX[¨P
VS Virtual System Z†ßbû|ß~
VS/VD Virtual Source / Virtual Destination Z†ßbn/Z†ßbîvh
VSA Visual Software Agent ïSƉoöNãNt
VSAM Virtual Storage Access Method Z†ßbX[¨PX[ÖSÕl
VSAT Very Small Aperture Terminal u\ãS„_È~ïz
VSB-AM Vestigial SideBand-AM ‹kYuUS&^ŒE^
VSCS Video Server Control Station Ɖ‘˜
g¡RhV§c6RÙz
VSDL Video Scene Description Language Ɖ‘˜ofirÏcðí‹Š
VSI Video Sweep Integrator Ɖ‘˜kbÏcïyRhV
VSM Variable Speed Modem ØSŒ6R㉌hV
VSM Video Service Module Ɖ‘˜
g¡R!jWW
VSM Virtual Service Management Z†ßb
g¡R¡{t
VSM Virtual Shared Memory Z†ßbqQ«NX[¨PhV
VSMC Videotex Service Management Center ïSƉþV‡eN¡R¡{t-NÃ_
VSP Video Signal Processor Ɖ‘˜áO÷SYt:g
VSP Virtual Software Processor Z†ßboöNYthV
VSP Virtual Switching Point Z†ßb¤Nbc¹p
VSS Video Storage System Ɖ‘˜X[¨Pû|ß~
VSS Video SubSystem Ɖ‘˜P[û|ß~
VSSE Visual Site Structure Editor ïSƉS„v‚‚¹pÓ~„g‘hV
VST Video System Test Ɖ‘˜û|ß~KmՋ
VST Virtual STorage Z†ßbX[¨PhV
VSTS Virtual Space Teleconferencing System Z†ßbzzô•Ü zO®‹û|ß~
VSU Videotex Service Unit ïSƉþV‡e
g¡RUSCQ
VT Video Terminal Ɖ‘˜È~ïz
VT Virtual Terminal Z†ßbÈ~ïz
VT Virtual Tributary Z†ßb/eï
VT Visual Telephony ïSƉ5u݋
VTA Variable Transfer Address ïSØSlûy0W@W
VTA Video Terminal Adapter Ɖ‘˜È~ïzM‘hV
VTAM Virtual Telecommunication Access Method Z†ßbáO¥ceQÕl
VTC Videotex Terminal Control ïSƉþV‡eÈ~ïz§c6R
VTCD Videotex Terminal Control Driver ïSƉþV‡eÈ~ïz§c6Rqš¨RhV
VTE Virtual Terminal Environment Z†ßbÈ~ïz¯sƒX
VTF Variable TransFer ïSØSlûy
VTI Video Terminal Interface Ɖ‘˜È~ïz¥cãS
VTOA Voice and Telephone Over ATM ATM
N O݋ó—
VTP Virtual Terminal Protocol Z†ßbÈ~ïzOS®‹
VTP Video Tape Recorder Áx&^U_aŒ:g
VTRP Virtual Tree Routing Protocol Z†ßbhï1uOS®‹
VTS Virtual Terminal Services Z†ßbÈ~ïz
g¡R
VTS Virtual Terminal System Z†ßbÈ~ïzû|ß~
VTTH Video To The Home 5uƉó¶[­^
VTXCF telex / VideoTeX Conversion Facility (u7b5u¥b/ïSƉþV‡elbc¾‹Y
VU Volumn Unit ó—Ï‘USMO
VUE Visual User Environment ïSƉ(u7b¯sƒX
VUP Virtual User Port Z†ßb(u7bïzãS
VVOD Virtual VOD Z†ßbƉ‘˜¹p­d
VW Virtual World Z†ßbNLu
VWI Virtual Workstation Interface Z†ßbå]\OÙz¥cãS
VWL Variable Word Length ïSØSW[•
VWP Virtual Wavelength Path Z†ßbâl•S
VWS Virtual Working System Z†ßbå]\Oû|ß~
VXML Voice eXtensible Markup Language ݋ó—ïSibU\h°‹í‹Š
W3C World Wide Web Consortium Nô~QT€ßv
WA Wireless Access àe¿~¥ceQ
WAC Wide Area Centrex ^ßWƖ-N(u7b¤Nbc:g
WACK Wait before transmit positive ACKnoledgement ÑS¯€š[MRI{…_
WACS Wide-Area Computing Service ^ßW¡‹—{
g¡R
WACS Wireless Access Communication System àe¿~¥ceQáOû|ß~
WAE Wireless Application Environment àe¿~”^(u¯sƒX
WAIS Wide Area Information Server ^ßWáOo`
g¡RhV
WAIS Wide Area Information Service ^ßWáOo`
g¡Rû|ß~
WAITS Wide Area Information Transfer System ^ßWáOo` Oû|ß~
WAM Wireless Access Manager àe¿~¥ceQ¡{thV
WAMS Wide Area Message System ^ßWˆmo`û|ß~
WAN Wide Area Network ^ßWQ
WAP Wireless Application Protocol àe¿~”^(uOS®‹
WAPBX Wireless PABX àe¿~PABX
WARC World Administrative Radio Conference NLuàe¿~5uLˆ?e'YO
WARC World Administrative Radio Consortium NLuàe¿~5uOS®‹¡{tÄ~Ç~
WATM Wireless ATM àe¿~ATM
WATMNET WATM NETwork WATMQÜ~
WATS Wide Area Telephone Service ^ßW5u݋N¡R
WATS Wide Area Transmission System ^ßW O“û|ß~
WATS Wide-Area Telecommunications Services ^ßW5uáON¡R
WAU Wireless Access Unit àe¿~¥ceQUSCQ
WB WideBand ½[&^
WBCS Wide Band Communication System ½[&^áOû|ß~
WBCS Wireless Broadband Communication System àe¿~½[&^áOû|ß~
WBD Wide Band Data ½[&^penc
WBD Wide Band Demodulator ½[&^㉌hV
WBDA WideBand Data Assembly ½[&^pencňn
WBDL Wide Band Data Link ½[&^peW[þ”ï
WBEM Web-Based Enterprise Management úWŽNWeb„vON¡{t
WBM Web Based Management úWŽNWeb„vQÜ~¡{t!j_
WBM Wide Band Modem ½[&^Œ6R㉌hV
WBN Wide-Band Network ½[&^Q
WBS Wide Band System ½[&^û|ß~
WBS Wireless Base Station àe¿~úWÙz
WBSR Wide Band Signal Recovery ½[&^áO÷Sb`
Y
WBST WideBand Subscriber Terminal ½[&^(u7bÈ~ïz
WC Wavelength Converter âl•lbchV
WCD Web Content Distributor Web…Q¹[RÑSFU
WCDMA Wireless CDMA àe¿~CDMA
WCGDF WDM-Channel Group Drop Filter WDMáOS¤RúQänâlhV
WCPN Wireless Customer Premises Network àe¿~(u7b¤[…QQÜ~
WCS Wavelength Channel Selector âl•áO÷S ébhV
WCS Wireless Communication System àe¿~áOû|ß~
WCS World Coordinate System NLuPWhû|ß~
WCTV Wired City TeleVision ÎW^ g¿~5uƉ
WD Wavelength Discriminator âl•t’+RhV
WD Wavelength Dispersion âl•r‚ce
WD Wavelength Division âlR
WDCS Wideband Digital Cross-connect System ½[&^peW[¤NÉSޏ¥cû|ß~
WDDBS Web Distributed DataBase System Nô~QR^_penc“^û|ß~
WDDM Wavelenth Division DeMultiplexer âlR»S
Y(uhV
WDL Wireless Data Link àe¿~pencþ”ï
WDM Wavelength Division Multiplexing âlR
Y(u
WDM-BU WDM Branching Units âlR
Y(uR/eUSCQ
WDM-CCS WDM Cross-Connect Switch âlR
Y(u¤NÉSޏ¥c¤Nbc
WDM-SM WDM Synchronously Modulated âlR
Y(u TekŒ6R
WDMA Wavelength Division Multiple Access âlRY@W¥ceQ
WDP Wireless Datagram Protocol àe¿~penc¥bOS®‹
WDS Wireless Data Server àe¿~penc
g¡RhV
WDTS World Data Transmission Service NLupenc O“N¡R
WebTV Web TeleVision QÜ~5uƉ
WFQ Weighted Fair Queuing  RCglQs^–R—{Õl
WG WaveGuide âlü[
WGF Weakly Guiding Fiber 1_ü[IQ¤~
WGN White Gaussian Noise }vؚ¯ejVó—
WIG Wireless Internet Gateway àe¿~àVyrQQsQ
WIMA Wireless Integrated Multiple Access àe¿~ü~TY@W¥ceQ
WIN Wireless Intelligent Network àe¿~zfý€Q
WIN Worldwide Intelligent Network hQtzfý€Q
WISR Worldwide Internet Service Roadmap hQtàVyrQ
g¡R_þV
WL Wideband Limiter ½[&^P–E^hV
WLAN Wireless Local Area Network àe¿~@\ßWQ
WLL Wireless Local Loop àe¿~,g0W(u7b¯sï
WML Wireless Markup Language àe¿~h°‹í‹Š
WNN Wavelet Neural Network \âl^yÏ~QÜ~
WOC Wireless Optical Communication àe¿~IQáO
WOFDM Wavelet Orthogonal FDM P[âlck¤N‘˜R
Y(u
WOM Write Only Memory êS™QX[¨PhV
WOR Wavelength Optimized Routing âl•OSï1u éb
WOS Web Operating System WebÍd\Oû|ß~
WOS Wireless Office System àe¿~žRlQû|ß~
WOTAN Wavelength-agile Optical Transport and Access Network âl•up;m„vIQ OŒT¥ceQQ
WP Word Processing W[Yt
WPC Wired Program Computer Òc¥c z^¡‹—{:g
WR Wavelength Router âl•ï1uhV
WRED Weighted RED  RCgRED
WRN Wavelength Routing Network âl•ï1u ébQÜ~
WRN Wavelength Routing Node âl•ï1u éb‚‚¹p
WRP Wireless Routing Protocol àe¿~ï1u ébOS®‹
WRR Weighted Round Robin  RCgª_¯sÕl
WS WorkStation å]\OÙz
WSC Wireless Switching Center àe¿~¤Nbc-NÃ_
WSF Wide area Switch Fabric ^ßW¤Nbc5–R
WSF WorkStation Function å]\OÙzŸRý€
WSM Wide-band Subscriber Module ½[&^(u7b!jWW
WSP Wireless Session Protocol àe¿~O݋OS®‹
WSS Wireless Subscriber System àe¿~(u7bû|ß~
WSS WorkStation System å]\OÙzû|ß~
WST Wide-band Subscriber Terminal ½[&^(u7bÈ~ïz
WST Wireless Subscriber Terminal àe¿~(u7bÈ~ïz
WST World System Teletext hQtþV‡e5uƉû|ß~
WSU WLL Subscriber Unit àe¿~,g0W¯sï(u7bUSCQ
WSXC Wavelength Selective CroSs-Connect âl• éb'`¤NÉSޏ¥c
WTA Wireless Telephony Application àe¿~5u݋”^(u
WTAI Wireless Telephone Application Interface àe¿~5u݋”^(u¥cãS
WTDMA Wavelength TDMA âl•TDMA
WTF W-Type Fiber W‹WIQ¤~
WTL Wireless Transmission Layer àe¿~ O“B\
WTLS Wireless Transport Layer Security àe¿~ O“B\‰[hQ:g6R
WTP Wireless Transmission Protocol àe¿~ O“OS®‹
WUS Wake Up Service ëS’‘N¡R
WUSMNG Wake Up Service MaNaGement ëS’‘N¡R¡{tèR
WVLAN Wireless Virtual LAN àe¿~Z†ßb@\ßWQ
WVP Working VP å]\O„vZ†S
WVPN Wireless Virtual Private Network àe¿~Z†ßbN(uQ
WWDMS World Wide Data Management System hQtpenc¡{tû|ß~
WWW World Wide Web Nô~Q
XBS eXchange Baseband Station ¤NbcúW&^Ùz
XC CroSs Connect ¤NÉSޏ¥c
XC-TB CroSs-Connect TestBed ¤NÉSޏ¥cKmՋðS
XDAP eXecute Direct-Access Program gbLˆôv¥cX[ÖS z^
XDBG eXchange DataBade Generator ¤Nbcpenc“^ubhV
XDSL & Digital Subscriber Line TÍypeW[(u7b¿~
XDSS eXpert Decision Support System N¶[³QV{/ecû|ß~
XEC XBS Echo Controller ¤NbcúW&^ÙzÞVðX§c6RhV
XHTML eXtensible HyperText Markup Language ïSibU\…‡e,gh°‹í‹Š
XID eXchange IDentification ¤Nbc:ghƋ
XML eXtensible Markup Language ïSibU\h°‹í‹Š
XSSDU eXpedited Session Service Data Unit  ROdfN¡RpencUSCQ
XTP eXpress Transfer Protocol ë_lbcOS®‹
YBD Y-Branching Device Y‹WRïhV
ZBTSI Zero Byte Time Slot Interchange ö–W[‚‚öe™–¤Nbc
ZC Zone Center :SßW-NÃ_
ZD Zero Defects ö–:w–
ZD Zero Dispersion ö–r‚ce
ZD-DFF Zero Dispersion-Dispersion Flatened Fiber ö–r‚ce-r‚ces^fWIQ¤~
ZDS Zero Defect Software ö–:w–oöN
ZDW Zero Dispersion Wavelength ö–r‚ceâl•
ZIP Zone Information Protocol :SßWáOo`OS®‹
ZL Zero Line úWÆQ¿~
ZMA Zone Multicast Address :S(ßW)Y­d0W@W
ZMDW Zero-Material-Dispersion Wavelength ö–Pg™er‚ceâl•
ZNC Zone Network Controller :SßWQÜ~§c6RhV





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