Grey Comprehensive Relational Analysis of Influencing Factors of Communication Equipment Fighting Efficiency

Abstract:

The paper introduced grey comprehensive relational grade into transverse analysis and compare for several similar communication equipments. By analyze the grey relational principle, the relational coefficient, the selection of the distinguishing coefficient and studying several relational grades, the grey comprehensive relational grade is successfully applied to analysis of communication equipment fighting efficiency .Results of the practical application show that the method based on the comprehensive grey relational grade analysis has the advantages of simplified computation and feasible, consistency to the qualitative analysis result ,It can provides theoretical guidance for targeted maintenance of the equipment and improve and increase rapidly fighting efficiency of airborne early communication system in war.

• Periodical: Advanced Materials Research (Volumes 765-767)
• Pages: 2469-2473
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.765-767.2469
• Online since: September 2013
• Authors: Hai Xia Yu, Guang Dong Liang, Xian Jun Gao, Hong Chun Zhang
• Keywords: Fighting Efficiency, Grey Comprehensive Relational Grade, Grey Relational Principle, Optimal Design Communication Equipment

References

[1] Xinfei Liu, Hongxin Yan. Analysis of Dynamic Efficiency of AEW Radar Detecting Area. Computer simulation journal . 2006: 123 (8): 42-46.

[2] Yongguang Chen, Hongfa Ke. Application Technology of Grey System Theory for Electronic Information Equipment Test. Beijing. National defense Industry press. (2008).

[3] Lili Dong, Yu Zhu, Grey Relevancy Analysis and Its Application to Equipment Fault Diagnosis. Joural of East China University of science and tecnology . 2008: 34 (8): 564-565.

[4] LvFen. Study of DistinguishingCoefficient of Grey SystemRelational Grade. SystemsEngineering-theory & Practice. 1997: 17 (6): 49-54.

[5] Manxi He. The Comprehensive Relational Grade of Grey and Application. Journal of Inner Mongolia Normal Universit. 1999: 128 (3).

[6] Kunli Wen, Maolin Chen. The Weighting of the Harmonic Based on Cardinal Grey Relational Grade. Procceding of 4th IEEE International Conference power Electronics and Drive Systems. 22-25 Oct. 2001: 362-365.

DOI: 10.1109/peds.2001.975340

[7] Sifen Liu, Tianbang Guo. Grey System Theory and Application . Kaifen. University Press of Henan. (1991).

[8] Julong Deng. The Basic of Grey System Theory . Wuhan, Hua zhong University of Science and Technology Press (2002).