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首页> 外文期刊>Mathematical Problems in Engineering: Theory, Methods and Applications >Effectiveness Evaluation of Missile Electromagnetic Launch System Based on ADC Model Improved by EWM-FAHP-ICWGT
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Effectiveness Evaluation of Missile Electromagnetic Launch System Based on ADC Model Improved by EWM-FAHP-ICWGT

机译：基于ADC模型改进的抗导弹电磁发射系统的有效性评估EWM-FAHP-ICWGT

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摘要

To solve the key problems of strong infrared radiation, poor continuous combat capability of the system, serious ablation of the launching device, and environmental pollution during missile launch, the electromagnetic launch system (EMLS) has been studied for missile launching tasks. However, most of the current research studies are aimed at specific technical points and lack the overall design and evaluation of the system. Therefore, the designed system may have problems such as excessive cost, lack of economy, or low overall efficiency. In order to complete the overall evaluation of the missile electromagnetic launch system (MEMLS), this article established an ADC model improved by entropy weight method-fuzzy analytic hierarchy process-improved combination weighting model of game theory (EWM-FAHP-ICWGT). The established model integrates subjective and objective weights, eliminating the problem of negative combination coefficients that traditional CWGT may bring, and the average difference in combination weights is the smallest. Difference analysis and differential analysis are also used here to discuss the requirements for the reliability indicator which is mean time between failure (MTBF) and maintainability indicator which is mean time to repair (MTTR) to further improve the effectiveness of the system. Finally, the indicators that have a significant impact on the performance of MEMLS are analyzed, which provides a direction for further research on the system.
机译：为解决强大的红外辐射的关键问题，系统的持续战斗能力差，发射装置的严重消融，导弹发射期间的环境污染，电磁发射系统（EML）已经研究了导弹发射任务。然而，目前的大多数研究研究旨在具体的技术要点，缺乏对系统的整体设计和评估。因此，设计的系统可能存在诸如过度成本，缺乏经济性或低总体效率的问题。为了完成导弹电磁发射系统（MEML）的整体评估，本文通过熵权法 - 模糊分析层次结构改进的博弈论（EWM-FAHP-ICWGT）改进了ADC模型。建立的模型集成了主观和客观权重，消除了传统CWGT可能带来的负组合系数的问题，并且组合权重的平均差是最小的。这里还使用差异分析和差异分析，讨论了可靠性指示符的要求，该可靠性指示符是平均故障（MTBF）和可维护性指示符之间的平均时间，这是修复（MTTR）以进一步提高系统的有效性。最后，分析了对MEML性能产生重大影响的指标，为进一步研究系统提供了方向。

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