作者: Vadim Bulitko , D. Chris Rayner , Katherine Davison , Jieshan Lu , Kenneth Anderson
DOI:
关键词: Beam stack search 、 State space search 、 Mathematics 、 Artificial intelligence 、 Incremental heuristic search 、 Search algorithm 、 Machine learning 、 Best-first search 、 Iterative deepening depth-first search 、 Combinatorial search 、 Beam search
摘要: Learning real-time search, which interleaves planning and acting, allows agents to learn from multiple trials respond quickly. Such algorithms require no prior knowledge of the environment can be deployed without pre-processing. We introduce Prioritized-LRTA* (P-LRTA*), a learning search algorithm based on Prioritized Sweeping. P-LRTA* focuses important areas space, where importance state is determined by magnitude updates made neighboring states. Empirical tests path-planning in commercial game maps show substantial speed-up over state-of-the-art algorithms.