Research on Efficiency Evaluation of Airborne Fire-Control Radar in Complex Electromagnetic Environment
NI Hanqi1， WANG Wei2， JIANG Ruiqi1， ZHANG Wei1， HE Zishu1
1. School of Information and Communication Engineering， University of Electronic and Science Technology of China， Chengdu 611731，Sichuan，China； 2. Shanghai Academy of Spaceflight Technology， Shanghai 201109， China
Abstract：Facing the rapid development of electronic warfare, in order to solve the problem of how to quickly obtain the battlefield situation,the effectiveness evaluation of airborne fire-control radar systems in complex electromagnetic environments was proposed in this paper. Based on the analysis of mission requirements and targets for airborne fire-control radars in actual combat scenarios, this study has decomposed their various capabilities and indicators, constructed an evaluation index system framework for airborne fire-control radar effectivenessin complex electromagnetic environments, and focused on analyzing effective evaluation indicators for clutter suppression and anti-jamming capabilities, along with detailed designs for their quantification methods. In experimental simulations, the study utilizedthe analytic hierarchy process (AHP) to acquire the weights of evaluation indicators and employed comprehensive evaluation methods to calculate the valuesof various capabilities, which verified the practicality and effectiveness of the model. This study provides support for relevant decision-making regarding airborne fire-control radars in operational environments.
倪寒琦, 王炜, 蒋瑞琪, 张伟, 何子述. 机载火控雷达复杂电磁环境中的效能评估研究[J]. 空天防御, 2024, 7(5): 73-81.
NI Hanqi, WANG Wei, JIANG Ruiqi, ZHANG Wei, HE Zishu. Research on Efficiency Evaluation of Airborne Fire-Control Radar in Complex Electromagnetic Environment. Air & Space Defense, 2024, 7(5): 73-81.
