3级优度评估的联合作战方案优选方法研究
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摘要
为了对联合作战方案进行优选决策,创造性地利用3级优度评价方法,结合层次分析法及Matlab,从联合作战方案考虑的多级评价指标体系出发,对作战方案的优劣进行全面评估,为联合作战方案的综合评估提供一个新途径。通过对一次演习中多种备选方案的分析,并运用Matlab对优选结果进行仿真,证明了该方法的科学性和有效性,为作战方案的优选决策提供定量和定性的理论依据,有较好的推广应用前景。
In order to optimize the decision-making of joint operation scheme,a 3-degree evaluation method is creatively used by combining AHP and Matlab. Considering the joint operation plan of a multilevel evaluation index,the advantages and disadvantages of the combat scheme are assessed in the round.It provides a new way for the comprehensive evaluation of joint operational plan. By analyzing a variety of alternatives in a drill and using Matlab,the optimization results are simulated. It is proved that the method is scientific and effective,providing quantitative and qualitative theoretical basis for the optimization of operational plans with a good application prospect.
In order to optimize the decision-making of joint operation scheme,a 3-degree evaluation method is creatively used by combining AHP and Matlab. Considering the joint operation plan of a multilevel evaluation index,the advantages and disadvantages of the combat scheme are assessed in the round.It provides a new way for the comprehensive evaluation of joint operational plan. By analyzing a variety of alternatives in a drill and using Matlab,the optimization results are simulated. It is proved that the method is scientific and effective,providing quantitative and qualitative theoretical basis for the optimization of operational plans with a good application prospect.
引文
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[14]梅宪华.美军联合作战情报支援理论述略[J].军事历史研究,2011,25(2):160-165.MEI Xian-hua. A Brief Theory Account of Intelligence Support for Joint Operations of the US Army[J]. Military Historical Research,2011,25(2):160-165.
[15]符永铨,徐小平.美军联合作战规划与执行系统发展的启示[J].国防科技,2017,38(3):90-95,102.FU Yong-quan,XU Xiao-ping. Enlightenment from the Development of Joint Operation Planning and Execution System of the US Army[J]. National Defense Science&Technology,2017,38(3):90-95,102.
[16]张晓伟,孙巨为,王鑫,等.联合任务规划通用基础框架及模型构建技术[J].指挥与控制学报,2017,3(4):312-318.ZHANG Xiao-wei,SUN Ju-wei,WANG Xin,et al. Joint Mission Planning Basic Framework and Modeling Technology[J]. Journal of Command and Control,2017,3(4):312-318.
[17]邓克波,朱晶,韩素颖,等.面向作战方案分析的计算机兵棋推演系统[J].指挥信息系统与技术,2016,7(5):73-77.DENG Ke-bo,ZHU Jing,HAN Su-ying,et al. Computer War Game Deduction System for Combat Plan Analysis[J]. Command Information System and Technology,2016,7(5):73-77.
[2]朱旋,秦永刚.联合作战方案计划“三视图”方法研究[J].军事运筹与系统工程,2017,31(3):9-14.ZHU Xuan,QIN Yong-gang. Joint Operation Plan“Three Views”Method Research[J]. Military Operations Research and Sys tems Engineering,2017,31(3):9-14.
[3]杨春燕,蔡文.可拓学[M].北京:科学出版社,2014:161-170.YANG Chun-yan,CAI Wen. Extension Engineering[M]. Beijing:Science Press,2014:161-170.
[4]王丰,顾佼佼,林瑜.航空装备故障损伤等级的可拓精准评定研究[J].计算机测量与控制,2018,26(6):261-267.WANG Feng,GU Jiao-jiao,LIN Yu. Extension Precision Asses Sment of Aviation Equipment Fault Damage Grade[J]. Computer Measurement and Control,2018,26(6):261-263.
[5] WANG Feng,ZHANG Jin-chun,LI Ri-hua. Process Element on Expansion of the Random Process's Mean Function and Variance Function[C]∥Extenics and Innovation Methods-Pro ceedings of the International Symposium on Extenics and Innovation Methods,China,November,29,2013.
[6]李登峰,许腾.海军作战运筹分析及应用[M].北京:国防工业出版社,2007:156-166.LI Deng-feng,XU Teng. Operational Analysis and Application of Naval Operations[M]. Beijing:National Defense Industry Press,2007:156-166.
[7]谢苏明,毛万峰,李杏.关于作战筹划与作战任务规划[J].指挥与控制学报,2017,3(4):281-285.XIE Su-ming,MAO Wan-feng,LI Xing. Operational Planning and Operational Task Planning[J]. Journal of Command and Control,2017,3(4):281-285.
[8]王丰,张磊.可拓论的防空导弹武器系统效能的研究[J].现代防御技术,2018,46(3):9-17.WANG Feng,ZHANG Lei. Research on Effectiveness of Air Defense Missile Weapon System Based on Extension Theory[J]. Modern Defence Technology,2018,46(3):9-17.
[9]王丰,张春平,顾佼佼,等.军队院校重点实验室建设水平的可拓多级优度评价模型[J].实验技术与管理,2018,35(07):236-240.WANG Feng,ZHAGN Chun-ping,GU Jiao-jiao,et al.Extension Multilevel Excellence Evaluation Model for Key Laboratory Construction Level in Military Academies[J]. Experimental Technology and Management,2018,35(07):236-240.
[10]程启月.联合作战决策模式的风险评估与控制[J].火力与指挥控制,2013,38(10):6-12.CHENG Qi-yue. Decision Making Mode Risk Assessment and Control of Joint Venture[J]. Fire Control&Command Control,2013,38(10):6-12.
[11]胡晓峰,荣明.关于联合作战规划系统的几个问题[J].指挥与控制学报,2017,3(4):273-280.HU Xiao-feng,RONG Ming. Several Issues on Joint Operation Planning System[J]. Journal of Command and Control,2017,3(4):273-280.
[12]朱晓梅,李磊,仇建伟.美军联合任务规划过程分析和系统建设思考[J].指挥与控制学报,2017,3(4):305-311.ZHU Xiao-mei,LI Lei,QIU Jian-wei. Joint Mission Planning Process Analysis and System Construction of the US Army[J]. Journal of Command and Control,2017,3(4):305-311.
[13]刘祖煌,程启月.径向基神经网络的联合作战方案评估仿真[J].火力与指挥控制,2013,38(1):14-17.LIU Zu-huang,CHENG Qi-yue. RBF Joint Operation Plan Evaluation Simulation[J]. Fire Control&Command Control,2013,38(1):14-17.
[14]梅宪华.美军联合作战情报支援理论述略[J].军事历史研究,2011,25(2):160-165.MEI Xian-hua. A Brief Theory Account of Intelligence Support for Joint Operations of the US Army[J]. Military Historical Research,2011,25(2):160-165.
[15]符永铨,徐小平.美军联合作战规划与执行系统发展的启示[J].国防科技,2017,38(3):90-95,102.FU Yong-quan,XU Xiao-ping. Enlightenment from the Development of Joint Operation Planning and Execution System of the US Army[J]. National Defense Science&Technology,2017,38(3):90-95,102.
[16]张晓伟,孙巨为,王鑫,等.联合任务规划通用基础框架及模型构建技术[J].指挥与控制学报,2017,3(4):312-318.ZHANG Xiao-wei,SUN Ju-wei,WANG Xin,et al. Joint Mission Planning Basic Framework and Modeling Technology[J]. Journal of Command and Control,2017,3(4):312-318.
[17]邓克波,朱晶,韩素颖,等.面向作战方案分析的计算机兵棋推演系统[J].指挥信息系统与技术,2016,7(5):73-77.DENG Ke-bo,ZHU Jing,HAN Su-ying,et al. Computer War Game Deduction System for Combat Plan Analysis[J]. Command Information System and Technology,2016,7(5):73-77.