基于变异系数的TOPSIS威胁评估

Tiandong Sun, Jun Wang, Chaochen Wang
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引用次数: 2

摘要

面对多目标攻击,合理、准确地评估未知目标的威胁程度,为后续的指挥决策提供数据支持是非常重要的。在传统的威胁度计算中,权重系数是通过专家评分获得的。这种方法主观性强,远不适合城市反恐行动。因此,本文提出了一种基于变异系数的TOPSIS威胁程度排序方法,该方法将变异系数法与TOPSIS法相结合,利用无因次变量变异系数获得权重系数,减少人为因素的影响,通过矩阵运算得到威胁。结果表明,该方法客观、准确、实用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
TOPSIS threat assessment based on the coefficient of variation
In the face of multi-target attacks, it is very important to evaluate the threat degree of unknown targets reasonably and accurately and provide data support for subsequent command decision-making. In the traditional calculation of threat degree, the weight coefficient is obtained by expert scoring. This method has strong subjectivity and is far from suitable for urban anti-terrorism operations. Therefore, this paper proposes a TOPSIS threat degree ranking method based on the coefficient of variation, which combines the variation coefficient method with the TOPSIS method, and uses the non-dimensional variable variation coefficient to obtain the weight coefficient, reducing the influence of human factors, and obtains the threat through matrix operation. The results show that the method is objective, accurate and practical.
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