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Particle Filter-based Policy Gradient in POMDPs
2008
Neural Information Processing Systems
Our setting is a Partially Observable Markov Decision Process with continuous state, observation and action spaces. Decisions are based on a Particle Filter for estimating the belief state given past observations. We consider a policy gradient approach for parameterized policy optimization. For that purpose, we investigate sensitivity analysis of the performance measure with respect to the parameters of the policy, focusing on Finite Difference (FD) techniques. We show that the naive FD is
dblp:conf/nips/CoquelinDM08
fatcat:jhsabop6zzfmbnzbeerbkvx43m