Screening and Evaluation of Operational Effectiveness Indicators for Air Defense Missiles Based on Improved PCA

Peng Zhang, Ke Feng, Jiancheng Gong, Congcong Gong, Kai Zhao


With the significant role played by air defense missile weapon systems in various local wars and armed conflicts, the significance
of operational effectiveness evaluation has become increasingly important. This article determines the operational efficiency index system
model of the air defense missile weapon system by constructing the operational environment of the air defense missile weapon system. The
improved principal component analysis(PCA) method and MATLAB programming are applied to reduce the dimensionality and decorrelation of the operational performance indicators of the air defense missile weapon system’s operational environment, and the optimized indi_x005fcator system model of the operational efficiency indicators of the air defense missile weapon system is output. At the same time, the weight
value is also closer to the actual combat situation, to achieve an accurate and express evaluation of combat effectiveness. By analyzing a case
of evaluating the operational effectiveness of a certain type of air defense missile weapon system, key indicators were selected, and the effectiveness of the model in screening the operational effectiveness evaluation indicators of air defense missile weapon systems was verified. This
provides a basis or reference for the subsequent optimization of air defense missile weapon system schemes and the evaluation of operational
effectiveness and has certain promoting significance.


Improved Principal Component Analysis Method; Air Defense Missiles; MATLAB; Indicator Screening; Operational Effective_x005fness Evaluation

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