REINFORCE algorithm

GPTKB entity

Statements (57)
Predicate Object
gptkbp:instance_of gptkb:software_framework
gptkbp:applies_to multi-agent systems
stochastic environments
gptkbp:can_be_extended_by actor-critic methods
gptkbp:can_be_used_with baseline methods
gptkbp:developed_by gptkb:Richard_S._Sutton
https://www.w3.org/2000/01/rdf-schema#label REINFORCE algorithm
gptkbp:is simple to implement
used in finance
used in robotics
used in healthcare
used in natural language processing
model-free
used in recommendation systems
used in deep reinforcement learning
based on the principle of temporal difference learning
a benchmark for new algorithms
a foundational algorithm in reinforcement learning
a foundational concept in machine learning
a key algorithm in deep learning
a method for continuous action spaces
a method for discrete action spaces
a method for handling delayed rewards
a method for handling sparse rewards
a method for learning policies directly
a method for learning value functions indirectly
a method for optimizing long-term rewards
a method for policy optimization
a popular choice for research
a stochastic policy optimization method
a type of actor-critic method
not suitable for large state spaces
on-policy
related to Q-learning
related to SARSA
suitable for discrete action spaces
used in autonomous driving
used in game playing
used in offline learning
used in online learning
used in simulation-based optimization
a part of the broader field of artificial intelligence
gptkbp:is_affected_by high variance
gptkbp:is_enhanced_by variance reduction techniques
gptkbp:is_evaluated_by return
gptkbp:is_implemented_in gptkb:Graphics_Processing_Unit
gptkb:Library
gptkb:Py_Torch
gptkbp:is_optimized_for expected reward
gptkbp:is_used_for training agents
solve Markov decision processes
gptkbp:requires reward signal
Monte Carlo sampling
gptkbp:updates policy parameters
gptkbp:used_in policy gradient methods
gptkbp:bfsParent gptkb:A3_C
gptkbp:bfsLayer 5