iLSTD: Eligibility Traces and Convergence Analysis

Geramifard, Alborz, Bowling, Michael, Zinkevich, Martin, Sutton, Richard S.

Neural Information Processing Systems 

In this paper, we generalize the previous iLSTD algorithm and present three new results: (1)the first convergence proof for an iLSTD algorithm; (2) an extension to incorporate eligibility traces without changing the asymptotic computational complexity; and(3) the first empirical results with an iLSTD algorithm for a problem (mountain car) with feature vectors large enough (n 10, 000) to show substantial computationaladvantages over LSTD.

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