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City Toledo / / Company Intel / AAAI Press / / Country Spain / / Currency pence / / / IndustryTerm search neighborhood / hill-climbing algorithm / state-space search problems / feasible solution / Any feasible solution / abstraction-based planning systems / domain-independent classical planning systems / classical search domains / iPDB algorithm / heuristic search algorithm / search time / hill-climbing search / search algorithms / / MarketIndex IPC / / Organization Swiss National Science Foundation / Computational Intelligence / / Person Adele Howe / Adi Botea / Yang / Joseph C. Culberson / Silvan Sievers / Sarit Hanan / Blai Bonet / Carlos Linares L´opez / Carmel Domshlak / Ariel Felner / Richard Korf / Sven Koenig / Uzi Zahavi / Maxim Likhachev / Amedeo Cesta / Robert Holte / Jonathan Schaeffer / Malte Helmert / Nathan Sturtevant / Stefan Edelkamp / Ioannis Refanidis / Michael Katz / Manuela Ortlieb / Daniel Borrajo / Patrik Haslum / Wheeler Ruml / Florian Pommerening / / Position editor / planner / / Product Uzi / / PublishedMedium Journal of Artificial Intelligence Research / / Technology heuristic search algorithm / hill-climbing algorithm / Xeon E5-2660 processors / artificial intelligence / PDB-based search algorithms / iPDB algorithm / /
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Getting the Most Out of Pattern Databases for Classical Planning Florian Pommerening and Gabriele R¨oger and Malte Helmert Universit¨at Basel Basel, Switzerland {florian.pommerening,gabriele.roeger,malte.helmert}@uniba