SOTAVerified

Solving infinite-horizon POMDPs with memoryless stochastic policies in state-action space

2022-05-27Code Available0· sign in to hype

Johannes Müller, Guido Montúfar

Code Available — Be the first to reproduce this paper.

Reproduce

Code

Abstract

Reward optimization in fully observable Markov decision processes is equivalent to a linear program over the polytope of state-action frequencies. Taking a similar perspective in the case of partially observable Markov decision processes with memoryless stochastic policies, the problem was recently formulated as the optimization of a linear objective subject to polynomial constraints. Based on this we present an approach for Reward Optimization in State-Action space (ROSA). We test this approach experimentally in maze navigation tasks. We find that ROSA is computationally efficient and can yield stability improvements over other existing methods.

Reproductions