Author(s)

Mei-Er Zhuang , Wen-Tsao Pan^*

Affiliation(s)

School of Business, Guangdong University of Foreign Studies, Guangzhou, 510000, China

Corresponding Author

Wen-Tsao Pan, email: teacherp0162@126.com

ABSTRACT

A scientific performance evaluation system of civil affairs administration based on information technology is of great significance in the society, which exerts positive effects on supervising the government and promoting the development of social management by improving the level of civil affairs work. In order to strengthen the construction of civil administration, this paper established a performance evaluation model fuzzy computing, gray relation analysis (GRA) and analytic hierarchy process (AHP). Specifically, five ethnic minority autonomous regions of China were taken as the example in the study. Quantitative research was carried out from relevant statistical data indicators, and the development and performance of civil affairs work in five regions were analyzed. The performance evaluation model of hierarchical analysis based on fuzzy grey relation was provided to propose some practical suggestions for performance evaluation of civil affairs work.

KEYWORDS

Civil Administration; Fuzzy Computing; Grey Relational Analysis (GRA); Analytic Hierarchy Process (AHP).

CITE THIS PAPER

Zhuang Mei-Er, Pan Wen-Tsao. Evaluation of civil administration based on fuzzy computing and grey relational analytic process. Eurasia Journal of Science and Technology. 2019, 1(1): 20-25.

REFERENCES

[1] Lixiong Yang. Research on the Reform of Civil  Administration Function under the Background of  New Era [J]. Inner Mongolia Social Science. 2019,40(01),31-38 

[2] Xitang Liu, Lin Zhang, Lipo Mao. Thoughts on  the Positioning of Civil Administration Duties [J].  Chinese civil affairs. 2017(09),32-51 

[3] Xiaozhang Wang. Social Transformation and  Civil Political Transformation: Towards "Modern  Civil Affairs"[J]. Zhejiang Academic Journal.  2013(06),45-49 

[4] Jinyu Guo, Zhongbin Zhang, Qinyun Sun.  research and application of analytic hierarchy  process [J]. Journal of Chinese safety science. 2008,(5) 

[5] Peizhuang Wang. Fuzzy Set and the Range of  Fuzzy Set [J]. Development of Mathematics.  1982(01),1-18 

[6] Yulin Li, Zhigang Gao, Yanlin Han. Weight  Determination and Synthesis Operator Selection  in Fuzzy Comprehensive Evaluation [J].  Computer Engineering and Applications. 2006,(23),38－42 

[7] Lin Xu, Wei Zhang, Xiaolong Liang, Rui Xiao,  Jianqiu Cao. Grey Relational Analysis of Pore  Structure Parameters in Geotechnical Media [J].  Journal of Nanjing University.  2018,54(6),1105–1113 

[8] National Bureau of Statistics of China : http://www.stats.gov.cn/ 

[9] Ying Wang. Unbalanced and Uncoordinated  Development of Professional Social Work in  China——International, Academic and Social  Interaction Process from the Perspective of  Historical Sociology [J]. Journal of East China  University of Science and Technology.  2018,33(01),31-41