The close-in weapon system(CIWS)is a combat system that faces a complex environment full of dynamic and unknown challenges,whose construction and planning require a systematic design method.Multiliving agent(MLA)theor...The close-in weapon system(CIWS)is a combat system that faces a complex environment full of dynamic and unknown challenges,whose construction and planning require a systematic design method.Multiliving agent(MLA)theory is a methodology for the combat system design,which uses the livelihood degree to evaluate the multi-dimensional long-term operational effectiveness of the system;whereas,there is still no uniform quantization framework for the livelihood degree,and the adjustment methods of livelihood degree need to be further improved.In this paper,we propose the uniform quantization framework for the livelihood degree and detailed discuss the methods of livelihood adjustment.Based on the MLA theory,the multi-dimensional operational effectiveness of the missile-gun integrated weapon system(MGIWS)is analyzed,and the long-term combat effectiveness against the saturation attack is assessed.Furthermore,the planning problem of the equipment deployment and configuration is investigated.Two objectives,including the overall livelihood degree and cost-effectiveness(CE),are proposed,and the optimization method based on genetic algorithm(GA)is studied for the planning problem.展开更多
为了快速准确地预测遥控武器站(remote control weapon stations,RCWS)射击密集度,建立了遥控武器站部分机构参数化三维模型、内弹道计算、弹炮耦合动力学仿真、起始扰动计算、外弹道计算和射击密集度计算等模型组件。基于多学科集成优...为了快速准确地预测遥控武器站(remote control weapon stations,RCWS)射击密集度,建立了遥控武器站部分机构参数化三维模型、内弹道计算、弹炮耦合动力学仿真、起始扰动计算、外弹道计算和射击密集度计算等模型组件。基于多学科集成优化软件ModelCenter进行了系统集成,开发了遥控武器站射击密集度快速分析平台。以某遥控武器站为例,利用该平台计算了遥控武器站的射击密集度。研究结果表明,该平台可满足遥控武器站射击密集度快速、准确分析的要求,也为遥控武器站动力学优化提供了基础。展开更多
基金the Beijing Natural Science Foundation under contract number L191004the National Natural Science Foundation of China under contract number U1833203.
文摘The close-in weapon system(CIWS)is a combat system that faces a complex environment full of dynamic and unknown challenges,whose construction and planning require a systematic design method.Multiliving agent(MLA)theory is a methodology for the combat system design,which uses the livelihood degree to evaluate the multi-dimensional long-term operational effectiveness of the system;whereas,there is still no uniform quantization framework for the livelihood degree,and the adjustment methods of livelihood degree need to be further improved.In this paper,we propose the uniform quantization framework for the livelihood degree and detailed discuss the methods of livelihood adjustment.Based on the MLA theory,the multi-dimensional operational effectiveness of the missile-gun integrated weapon system(MGIWS)is analyzed,and the long-term combat effectiveness against the saturation attack is assessed.Furthermore,the planning problem of the equipment deployment and configuration is investigated.Two objectives,including the overall livelihood degree and cost-effectiveness(CE),are proposed,and the optimization method based on genetic algorithm(GA)is studied for the planning problem.
文摘为了快速准确地预测遥控武器站(remote control weapon stations,RCWS)射击密集度,建立了遥控武器站部分机构参数化三维模型、内弹道计算、弹炮耦合动力学仿真、起始扰动计算、外弹道计算和射击密集度计算等模型组件。基于多学科集成优化软件ModelCenter进行了系统集成,开发了遥控武器站射击密集度快速分析平台。以某遥控武器站为例,利用该平台计算了遥控武器站的射击密集度。研究结果表明,该平台可满足遥控武器站射击密集度快速、准确分析的要求,也为遥控武器站动力学优化提供了基础。
