Publication | Closed Access
Temporal Difference Methods for the Variance of the Reward To Go
28
Citations
15
References
2013
Year
EngineeringBehavioral Decision MakingGame TheoryValue Function ApproximationLinear Function ApproximationSocial SciencesOperations ResearchStochastic GameRisk ManagementSystems EngineeringApproximation TheoryDecision TheoryStochastic DynamicLinear OptimizationCognitive ScienceSequential Decision MakingReward SystemMarkov Decision ProcessExploration V ExploitationRisk-averse OptimizationStochastic OptimizationCumulative RewardTemporal Difference MethodsDynamic Optimization
In this paper we extend temporal difference policy evaluation algorithms to performance criteria that include the variance of the cumulative reward. Such criteria are useful for risk management, and are important in domains such as finance and process control. We propose variants of both TD(0) and LSTD(λ) with linear function approximation, prove their convergence, and demonstrate their utility in a 4-dimensional continuous state space problem.
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