Abstract：To resolve the problems of index fuzziness and process complexity in the evaluation of radar rush repair capability，a cloud evaluation model based on improved CRITIC weighting was designed in this study. Firstly, each evaluation index was quantified according to the characteristics of the radar emergency repair task, and the traditional CRITIC weighting method was improved by introducing the concept of entropy weight. Then, according to the cloud evaluation theory, the expert score index set was generated using the reverse cloud generator to acquire the digital features of the cloud model. Finally, the forward cloud generator was adopted to create the evaluation cloud droplet map. Through a comparative analysis of the results of the traditional CRITIC and the improved CRITIC, the improved CRITIC cloud evaluation model demonstrates greater advantages in accuracy and timeliness than the traditional CRITIC, providing a scientific and objective method for evaluating the emergency repair capability of radar equipment.
吴迎昌, 邓鹏. 基于改进CRITIC-云模型的雷达装备抢修能力评估[J]. 空天防御, 2025, 8(5): 105-110.
WU Yingchang, DENG Peng. Evaluation of Radar Equipment Emergency Repair Capability Based on the Improved CRITIC Cloud Model. Air & Space Defense, 2025, 8(5): 105-110.
