Based on the framework for searching cyclic AND/OR graphs, proposed an OBDD based representation of cyclic AND/OR graphs, on which formulated a symbolic algorithm for searching minimal-cost solution graph of cyclic AND/OR graphs. It shows that the algorithm has significant advantage over traditional algorithms in handling larger-scale cyclic AND/OR graphs.%在含圈与或图理论框架基础上,给出了基于OBDD的含圈与或图符号表示方法,并提出了一种求解含圈与或图最小代价解图的符号搜索算法.实验结果表明,该算法在处理大规模含圈与或图时具有明显优势.
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