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The Butterfly Algorithm Eliminating the Brute-Force Mechanism in ARIZ for Contradiction Problem Solving

机译:抗矛盾算法消除了Ariz中的抗烈力机制进行矛盾问题解决

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TRIZ solves difficult problems by finding contradictions in the problem itself. In TRIZ, a technical contradiction occurs when one function of a system is enhanced, the other function is deteriorated at the same time, and vice versa. On the other hand, a physical contradiction appears when two opposite properties are required from the same part of a system. Among TRIZ components, the ARIZ, algorithm for inventive problem solving, has developed by Altshuller for reducing trial-and-error while solving problems. It transforms difficult technical contradictions of a given problem into the corresponding physical contradiction to solve the problem easily. However, ARIZ-85c, the most recent version of the ARIZ, still has the brute-force feature inside. In this paper, we propose the Butterfly algorithm based on the Butterfly diagram to reduce the brute-force feature by giving the right direction when selecting technical contradictions and physical contradictions.
机译:TRIZ通过在问题本身的矛盾来解决困难问题。在TRIZ中,当系统的一个功能增强时,发生技术矛盾,另一个功能同时劣化,反之亦然。另一方面,当从系统的相同部分需要两个相反的性质时,出现物理矛盾。在TRIZ组件中,Altiz,创新问题解决算法,由AltShuller开发,用于在解决问题时减少试验和错误。它将给定问题的困难技术矛盾转变为相应的物理矛盾以容易地解决问题。但是,Ariz-85c是最近的Ariz版本,仍然有里面的Brute-Force功能。在本文中,我们提出了基于蝶形图的蝶形算法,通过在选择技术矛盾和身体矛盾时给出正确的方向来减少蛮力特征。

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