MAXPLAN: A New Approach to Probabilistic Planning
نویسندگان
چکیده
Classical arti cial intelligence planning techniques can operate in large domains but traditionally assume a deterministic universe. Operations research planning techniques can operate in probabilistic domains but break when the domains approach realistic sizes. maxplan is a new probabilistic planning technique that aims at combining the best of these two worlds. maxplan converts a planning instance into an E-Majsat instance, and then draws on techniques from Boolean satis ability and dynamic programming to solve the E-Majsat instance. E-Majsat is an NP-complete problem that is essentially a probabilistic version of Sat. maxplan performs as much as an order of magnitude better on some standard stochastic test problems than buridan|a state-of-the-art probabilistic planner|and scales better on one test problem than two algorithms based on dynamic programming.
منابع مشابه
C-MAXPLAN: Contingent Planning in the MAXPLAN Framework
C-MAXPLAN extends MAXPLAN to include contingent planning in probabilistic propositional domains. Like MAXPLAN, C-MAXPLAN converts the planning problem into an E-MAJSAT instance, a type of probabilistic satisfiability problem in which a set of Boolean variables encodes the plan and a second set of Boolean variables encodes the probabilistic outcome of the plan-the satisfiability problem is to fi...
متن کاملContingent Planning Under Uncertainty via Stochastic Satis ability
We describe two new probabilistic planning techniques|c-maxplan and zander|that generate contingent plans in probabilistic propositional domains. Both operate by transforming the planning problem into a stochastic satis ability problem and solving that problem instead. c-maxplan encodes the problem as an E-Majsat instance, while zander encodes the problem as an S-Sat instance. Although S-Sat pr...
متن کاملPlanning Under Uncertainty via Stochastic Statisfiability
A probabilistic propositional planning problem can be solved by converting it to a stochastic satisfiability problem and solving that problem instead. I have developed three planners that use this approach: MAXPLAN~ G-MAXPLAN~ and ZANDER. MAXPLAN~ which assumes complete unobservability, converts a dynamic belief network representation of the planning problem to an instance of a stochastic satis...
متن کاملA Probabilistic Approach to Transmission Expansion Planning in Deregulated Power Systems under Uncertainties
Restructuring of power system has faced this industry with numerous uncertainties. As a result, transmission expansion planning (TEP) like many other problems has become a very challenging problem in such systems. Due to these changes, various approaches have been proposed for TEP in the new environment. In this paper a new algorithm for TEP is presented. The method is based on probabilisti...
متن کاملTransmission Planning in Deregulated Environments
A new market based approach for transmission expansion planning in deregulated environments is presented in this paper. In this approach, transmission-planning decisions are made based on the electric power market conditions. The main contribution of this research is 1) Introducing a new probabilistic tool for analyzing the electric market conditions, 2) Defining new criteria for ranking transm...
متن کامل