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A Cleaning Control Knowledge-Based System Based on Complex Problem Solving

机译:基于复杂问题解决的基于清洁控制系统

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摘要

The intelligent control of cleaning of rice-wheat combined harvester is a complex problem, which includes the initial setting of cleaning control, judgment of cleaning loss state, cause analysis and selection of corresponding control strategies and many other sub-problems. The knowledge contained in these sub-problems, including knowledge representation methods and reasoning strategies, is different. Therefore, this paper decomposes the complex problem of cleaning control into a sub-problem of hierarchical structure, and constructs a knowledge model of cleaning control based on binary tree structure. In this way, the cleaning control problem can be decomposed into a small set of sub-problems by the judgment of the nodes of the binary tree, until the sub-problems are small enough to be solved directly so as to get the solution of the original problem. It is proved by examples that this method is of great significance to improve the efficiency of knowledge acquisition, management and maintenance of the expert system of rice-wheat combine harvester, and to enhance the knowledge service ability of the expert system of rice-wheat combine harvester. This method can also be used for reference in other fields.
机译:米米小麦联合收割机清洁的智能控制是一个复杂的问题,包括清洁控制,清洁损失状态的判断,导致分析和选择对应的控制策略以及许多其他子问题的初始设置。这些子问题中包含的知识,包括知识表示方法和推理策略,是不同的。因此,本文将清洁控制的复杂问题分解成层级结构的子问题,基于二叉树结构构建清洁控制的知识模型。以这种方式,清洁控制问题可以通过对二进制树的节点的判断来分解成一小组子问题,直到子问题足够小以直接解决,以便获得解决方案原来的问题。通过这些方法证明,这种方法具有重要意义,以提高米饭组合收割机专家系统的知识获取,管理和维护效率,并提高米饭组合专家系统的知识服务能力收割机。该方法还可用于其他字段中的引用。

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