Abstract
Aiming at the status quo that the support equipment cannot well meet the support needs in the information war, the concept and connotation of the adaptability were defined basing on the thought of system engineering. And then the intrinsic relationship among support ability, the battlefield environment, support equipment, and its performance was systematically analyzed. And then the evaluation model on the adaptability of the support equipment basing on the entropy weight and TOPSIS method was constructed. And the evaluation model example of the support equipment in 9 kinds of environments was developed as the validation example. And it proved feasible and rational. At last, an application example in the performance measurement of supply and demand coordination is demonstrated.
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Tai-liang SONG (2008) Supportive system engineering. National Defense Industry Press, Beijing
Dan-yang Z (2007) Research on the adaptability evaluation of armored support material. Academy of armored force engineering
Fan-ke KONG, Chun-liang CHEN (2009) Thinking on supportability objective for equipment development: discussion on equipment mission-performing capability. J Acad Armor Forc Eng 23(2):1–5
Hong-wei W, Yun-feng Z, Shuai T (2013) On environmental worthiness evalua-tion during whole life cycle of equipment. Equip Environ Eng 10(1):70–72
Xu-cheng Z, Jun-weiZHU MA, Yi-tian (2014) Research on plateau environmental wor-thiness of support equipment. Equip Environ Eng 11(5):27–31
Li-e MA (2006) Research and analysis of ship weapon equipment suitability of environment. Ship Sci Technol
GJB 4239: General requirements for material environmental engineering
Jiulin L, Zhaolei W, Hongping P (2013) Application of entropy weight-set pair analysis method in efficiency evaluation of emergency repair. Ordnance Ind Autom 32(5):10–13
Zhao-lei WEI, Chun-liang CHEN, Hui LIU (2015) Research on the evaluation of equipment supportability based on ANP and MCGC. Comput Measure Control 23(4):1238–1242
Xiu-peng W, Chun-run Z, Ya-dong L (2012) Study of equipment support forces complex adaptability simulation experimentation. Command Control Simul 32(4):65–70
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Zhao-lei, W., Chun-liang, C., Ying, S., Yong, L. (2017). Research on the Evaluation Model on the Adaptability of the Support Equipment Basing on the Entropy Weight and TOPSIS Method. In: Balas, V., Jain, L., Zhao, X. (eds) Information Technology and Intelligent Transportation Systems. Advances in Intelligent Systems and Computing, vol 455. Springer, Cham. https://doi.org/10.1007/978-3-319-38771-0_28
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DOI: https://doi.org/10.1007/978-3-319-38771-0_28
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