Effectiveness Evaluation of Missile Electromagnetic Launch System Based on ADC Model Improved by EWM-FAHP-ICWGT

Abstract

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.

Durability Evaluation of Concrete Bridges Based on the Theory of Matter Element Extension—Entropy Weight Method—Unascertained Measure

“…e objective weighting method refers to the method of weighting based on a relevant mathematical method using the attribute value of the indicator itself. e advantage is that the weight can be interpreted and has a theoretical basis [26]. e steps for determining the entropy weight are as follows.…”

Human error risk prioritization in crane operations based on CPT and ICWGT

“…In crane risk prioritization, the subjective weights and objective weights are rarely combined. Although scholars have noted this detail and adopted the combination weighting method to determine the integrated weights of risk factors, it is challenging to rationally distribute the proportions of various weights [ 24 ]. Therefore, it is necessary to develop a reasonable combination weighting approach for crane risk analysis.…”

“…Fortunately, the improved combination weighting model of game theory (ICWGT) [ 25 ] proposed by Li can overcome these drawbacks. It has been applied to crane safety assessments [ 25 ] and effectiveness evaluations of electromagnetic missile launches [ 24 ]. Therefore, the ICWGT was applied to determine the combination weights of O, S, and D in this study.…”

Optimal Design of Multimissile Formation Based on an Adaptive SA-PSO Algorithm

“…Currently, the effectiveness of missiles can be assessed through expert evaluations, test statistics, or combat simulation methods. Combat effectiveness can also be evaluated using analytical methods, such as analogue-to-digital converters (ADCs) [10][11][12], neural networks [13,14], and fuzzy evaluation methods [15]. To address the issues of the intense infrared radiation produced during missile launch, the poor continuous combat capability of a missile system, the severe ablation of the launcher, and environmental pollution, refs.…”

“…To address the issues of the intense infrared radiation produced during missile launch, the poor continuous combat capability of a missile system, the severe ablation of the launcher, and environmental pollution, refs. [10,11] established an improved effectiveness evaluation model based on game theory and ADC methods. To improve the overall effectiveness evaluation of missile weapon systems with phased flight characteristics, ref.…”