From Simulation to the Real World: Deep Reinforcement Learning ...

While this may mean getting lucky or unlucky for a run with a single seed, this randomness will even out over all runs and, more importantly ...







Reinforcement Learning in Non-Stationary Environments
When the agent's state is an image, the explanation of its decision can be done with saliency maps of pixels [10] or objects [13], but also in a counterfactual.
AIRS: Explanation for Deep Reinforcement Learning based Security ...
The objective is to stimulate interaction and collaboration between children while teaching the robot, and also provide them tangible examples ...
Predicate-based explanation of a Reinforcement Learning agent via ...
There are number of ways to linearly parameterize an MDP such that it permits for efficient reinforcement learning. (both statistically and computationally) ...



Autres Cours:

A deep reinforcement learning-based algorithm for exploration ...