Combining the orientation of searching the route and the strategy of spatial hierarchical reasoning, an orientated tree algorithm of efficient paths is proposed by simulating the trees growing.
通过将启发式策略中的定向策略与层次空间推理策略相结合，模拟树的生长，提出了一种有效路径的定向层次空间推理搜索算法。
The algorithm adopts a hierarchical structure in knowledge rule while the breadth and depth, first search is integrated in reasoning strategy.
该算法应用的知识规则采用分层结构，在推理策略上综合应用深度和广度优先搜索。
Hierarchical diagnosis strategy and associated diagnosis axioms are used during of reasoning. This approach can reduce the computational complexity of multi-faults diagnosis and increase efficiency.
推理时运用分层诊断策略及相关诊断定理，减少了多故障诊断的计算量，提高了效率。
The usage of the hierarchical construction of knowledge source and the priority mechanism greatly improves the efficiency of reasoning and the capability of dealing with concurrent abnormal events.
利用分类安置和检索知识库以及按优先级别优化处理事件的方法来提高系统的推理效率和实时处理并发异常事件的能力。
Refer to hierarchical fault model, the integrated ANN diagnostic model can contract the scope of diagnostic reasoning, and find quickly the fault components.
集成神经网络模型以故障层次模型为参考，可以大大缩小诊断推理的求解空间，最终快速定位发生故障的根本部位。
This paper is shown how to prove the correct of Decision Table programs using some reasoning rules. The use of the hierarchical structure and impossible rules are of special significance.
本文给出了证明决策表程序正确性的推理规则，其中特别使用了决策表程序的层次结构和不可能规则。
Compared with conventional hierarchical spatial reasoning algorithm, the algorithm presented in this paper can be implemented more easily, with similar efficiency and accuracy results.
其与经典的层次空间推理算法相比，本文提出的算法实现过程简单，效率和精度相似。
Besides, this article presents the hierarchical model for storage and retrieval of case, and analyzes the integrated reasoning mechanism and modification algorithm for case.
采用面向对象方法定义了实例的对象模型及实例存储、检索的层状结构模型，并对集成推理机制和实例的修改算法做了探讨。
Besides, this article presents the hierarchical model for storage and retrieval of case, and analyzes the integrated reasoning mechanism and modification algorithm for case.
采用面向对象方法定义了实例的对象模型及实例存储、检索的层状结构模型，并对集成推理机制和实例的修改算法做了探讨。
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