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A New Cutter Selecting Method Based On Ontology for Low-carbon Manufacturing

机译:一种基于低碳制造本体的刀具选择方法

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Cutter selecting is a key point in the machining process, and also is an important way to improve the green degree of the cutting process. The conventional expert systems have been unable to meet the requirements of modern green manufacturing. A knowledge description method based on ontology has been adopted in this paper in order to express the complexity and diversity of the cutter selecting knowledge better. A low carbon manufacturing model is constructed to evaluate the selecting scheme reasonably. The results show the presented method not only improves the efficiency and correctness of cutter selecting, but also ensures the practicality of selecting results.
机译:刀具选择是加工过程中的一个关键点,也是提高切割过程绿色程度的重要途径。传统的专家系统无法满足现代绿色制造的要求。本文采用了基于本体学的知识描述方法,以表达切割机更好地选择知识的复杂性和多样性。构建低碳制造模型以合理评估选择方案。结果表明,呈现的方法不仅提高了刀具选择的效率和正确性,还可以确保选择结果的实用性。

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