The research of system contribution rate assessment method is of great significance to the support design and project demonstration of equipment.In order to summarize the methods and ideas of system contribution rate and the future development direction, this paper starts from the three aspects of complex system and system, contribution rate and system contribution rate, and makes an in-depth analysis of the concept and connotation of system contribution rate and combs out the research ideas. It mainly summarizes the application of evidence theory, grey theory, battle ring, TOPSIS, Monte Carlo and other methods from five aspects of equipment system capability evaluation, equipment system effectiveness evaluation, equipment energy efficiency comprehensive evaluation, equipment system structure evaluation, and equipment efficiency and cost ratio evaluation. It also points out the problems to be solved in the current research and the future research direction from three aspects of evaluation object, evaluation method and evaluation result.

Xiaoyu Zhang, Lihao Yang, Xiaofei Han, Qi Zhang, Chunpeng Shi, Zhen Li. A Review of the Mathematical Evaluation Model of Contribution Rate of Weapon Equipment System. Academic Journal of Computing & Information Science (2022), Vol. 5, Issue 6: 37-47. https://doi.org/10.25236/AJCIS.2022.050607.

[1] Yang Kewei, Yang Zhiwei, TAN Yuejin, et al.A Review of Equipment System Evaluation Method Oriented to System Contribution Rate [J].Systems engineering and electronics, 2019,41 (02) : 311-321.

[2] Luo Yiyang, Zhao Qingsong, Li Huachao, et al.Weapons and equipment using the knowledge framework and modeling method [J/OL]. Systems engineering and electronics: 1-11 [2021-09-11]. http://kns.cnki.net/kcms/detail/11.2422.TN.20210803.1527.019.html.

[3] Chen Xiaowei, Xie Maolin, Zhang Junqi.Contribution mechanism of New Equipment to Combat System [J].Journal of equipment academy, 2016,27 (06) : 26-30.

[4] Liu Xiaoping, Tang Yi Ming, Zheng Li Ping.Review of Complex Systems and Simulation Research [J].Journal of system simulation, 2008,20 (23) : 6303-6315.

[5] Liang Jialin, Xiong Wei.Review of Contribution Evaluation Methods for Weapon Equipment System [J].Journal of ordnance equipment engineering, 2018,39 (04) : 67-71.

[6] Sun Yujiao, Zhang Chi.A review of the Measurement methods of scientific and technological progress Contribution Rate [J].Tianjin science and technology, 2017,44 (08) : 72-74.

[7] Zhou Fenglian, LI Shuangyuan.A review on contribution rate of agricultural science and technology progress [J].Rural economy and science and technology, 2015,26 (09) : 237-239+242.

[8] Cui Yuping.A review of estimating the contribution rate of education to economic growth [J].Education Research, Tsinghua University, 1999(01) : 74-81.

[9] Ma Haoyue, Fan Zhiting, Wu Jinzhuo.Evaluation and Economic Contribution of Logistics industry in China [J].Science and Technology and Innovation, 2021(11) : 36-41.

[10] Chen Zhenlu, Zhang Huiying.Prediction of contribution rate of scientific and technological progress in Shijiazhuang City based on nonlinear regression Model [J].Statistics and Management, 2011, 36(12) : 15-19.

[11] Tang Zhiqiang.Study on the contribution of tourism to regional economic Development: A Case study of Zhangye City in Gansu Province [J].Development research, 2011, (5).

[12] Chen Xian.Research on the Contribution rate of Port logistics to Zhejiang Economic Development [D].Zhejiang University of Technology, 2011.

[13] LI Jichao, Yang Kewei, ZHANG Xiaoke, et al.Evaluation of Equipment Contribution Based on Operational Network Model of Weapon Equipment System [J].Complex systems and complexity science, 2016,13 (03) : 1-7.

[14] Luo Chengkun, Chen Yunxiang, XIANG Huachun, et al.A Review on Evaluation Methods of Equipment System Contribution Rate [J].Systems engineering and electronics, 2019,41 (08) : 1789-1794.

[15] Yin Xiaojing, Hu Xiaofeng, Rong Ming, et al.Review and Prospect of Evaluation Methods of System Contribution Rate [J].Journal of system simulation, 2019,31 (06) : 1027-1038.

[16] Pan Xing, Zuo Zhanjun, Zhang Yuedong.Evaluation Method of Equipment System Contribution Rate Based on System Dynamics [J].Systems Engineering and Electronics, 2011, 43(01) : 112-120.

[17] Chen Wenying, ZHANG Bingzhi, Shi Lichen, et al.Research on System Contribution Evaluation of New Intelligent Armored Combat System [J].Acta armamentarii, 2018,39 (09) : 1841-1849.

[18] DANIEL G, JOHN H, GINA K, et al.Network-centric operations case study:Air-to-air combat with and with and without link 16[R].Santa Monica:RAND Corporation, 2005:1-106.G

[19] Lv Huiwen, ZHANG Wei, LV Yaoping, et al.Construction of Evaluation Index System of Weapon Equipment System Contribution Rate Based on Multi-perspective [J].Journal of equipment academy, 2017,28 (03) : 62-66.

[20] Qian Xiaochao, Tang Wei, Chen Wei, et al.Evaluation of Contribution rate of Army's global operational system for key capability [J].Journal of system simulation, 2018,30 (12) : 4786-4793.

[21] Lv Huiwen, Wu Qingchun, Zhang Wei.Evaluation of Equipment System Contribution Rate Based on Grey Evidence Theory [J].Journal of military transportation university, 2017,19 (05) : 22-27.

[22] Zhang Xianchao, Ma Yahui.System Capacity Model and Contribution Rate Measurement Method of Equipment System [J].Systems engineering and electronics, 2019,41 (04) : 843-849.

[23] Luo Chengkun, Chen Yunxiang, Zhang Yangming, et al.Evaluation of Equipment System Contribution Rate Based on Mixed Parameter Evidence Network [J].Acta armamentarii, 2018,39 (12) : 2488-2496.

[24] Zhou Chen, Shang Bailin, Song Bifeng, et al.Contribution Rate evaluation of aviation weapon equipment system based on Combat ring [J/OL].Journal of aviation: 1-12 [2021-10-19]. http://kns.cnki.net/kcms/detail/11.1929.V.20201214.1727.006.html.

[25] Song Jinghua, Li Liang, Guo Qisheng.Evaluation method of Weapon Equipment System Contribution Rate [J].Fire control & command control, 2019,44 (03) : 107-111.

[26] You Yaqian, Jiang Jiang, Sun Jianbin, et al.Research on The Contribution Rate Evaluation Method of Equipment System Based on Evidence Network [J].Systems engineering and electronics, 2019,41 (08) : 1780-1788.

[27] Yin Xiaojing, Hu Xiaofeng, GUO Shengming, et al.Evaluation of System Contribution Rate based on SDAE+Softmax Model [J].Fire Control & Command Control, 2011, 46(06) : 7-11+20.

[28] Li Xiaobo, Lin Lin, SHU Zhe, et al.Comprehensive Evaluation method of System Contribution rate for energy efficiency [J].Journal of system simulation, 2018,30 (12) : 4520-4528+4535.

[29] Lv Huiwen, Zhang Wei, Lv Yaoping, et al.Construction of Evaluation Index System of Weapon Equipment System Contribution Rate Based on Multi-perspective [J].Journal of equipment academy, 2017,28 (03) : 62-66.

[30] Lin Mu, Li Xiaobo, Wang Yanfeng, et al.Energy Efficiency Evaluation of System Contribution Rate based on QFD and Combination weighting TOPSIS [J].Systems engineering and electronics, 2019,41 (08) : 1802-1809.

[31] Xu Haibo, Zou Jianhua, Wang Cailing, et al.A Comprehensive Capability Evaluation Method for Combat Test of Equipment System [J].Fire control & command control, 2018,43 (07) : 157-159+165.

[32] Zhang Yu, Zhang Mingzhi, Yang Jingyu, et al.A Modeling Method of Weapon System Based on OODA Ring [J].Journal of system simulation, 2013,25 (S1) : 6-11+20.

[33] Fang Guixiang, Tan Yuejin, Zhang Mu, et al.Evaluation of Relative Contribution Rate of Missile Weapon System Based on Combat Ring [J].Systems engineering and electronics, 2020,42 (08) : 1734-1739.

[34] Luo Chengkun, Chen Yunxiang, He Zhen, et al.Contribution Rate Assessment Method of Aviation Equipment Architecture Based on Fault Tree Analysis [J].Journal of National University of Defense Technology, 2011, 43(01) : 155-162.

[35] Liu Peng, Zhao Danling, Tan Yuejin, et al.A Multi-task Oriented Contribution Evaluation Method for Weapon Equipment System [J].Systems engineering and electronics, 2019,41 (08) : 1763-1770.

[36] Fan Yanping, Guo Qisheng, WANG Jinliang.Mission Oriented Operational Capability Requirement Satisfaction Analysis method for Equipment System [J].Systems engineering and electronics, 2016,38 (08) : 1826-1832.

[37] Chen Xiaowei, Zhang Junqi, Yang Yongzhi.Analysis of Contribution Rate Measurement Method for New Research Equipment System [J].Journal of ordnance equipment engineering, 2018,39 (04) : 19-22.