Study on classification of municipal solid waste based on entropy weight method and evaluation model
DOI:
https://doi.org/10.54097/hset.v25i.3522Keywords:
Entropy method; correlation coefficient; prediction.Abstract
The impact of domestic waste separation in each province needs to be arranged taking into account the actual situation of carbon emission control, so that the situation of carbon emission control of domestic waste separation is more reasonable. This paper establishes an entropy weighting model to analyze all the factors influencing the development of carbon emission control of domestic waste separation, so that we can get the weights of carbon emission control caused by the carbon emission control index of domestic waste separation. A comprehensive evaluation model is established to score the relevant indicators using the previous weights, so as to be able to derive the amount of influence and compare the influence caused by carbon emission control, so as to complete the classification and get the correlation between municipal domestic waste classification and carbon peak carbon neutrality. For its future development path to be analyzed, suggestions are given and the study is completed.
Downloads
References
Huang Wei, Xue Weipeng, Chen Zhoujuan, et al. Analysis and evaluation of the spatial structure characteristics of stands of Pinus sylvestris fly-sown forests[J/OL]. Journal of Forest and Environment,2022(04):425-433[2022-07-02].
Liu Fujia, Wang Fengxiu, Zhang Zhe. A comprehensive study on the development level of digital economy in Heilongjiang Province[J]. Frontier Economy and Culture,2022(07):4-9.
Li Yang, Liu Yuxiang, Ren Jiaxuan. A model of ordering and transportation of raw materials for enterprises based on 0-1 planning[J]. Times Automotive,2022(14):16-17.
Wu Mingyan, Jin Wangqiang, Yang Bin, et al. Evaluation of resource and environment carrying capacity level and coupling coordination study in Gansu Province [J/OL]. Journal of Guangxi Normal University (Natural Science Edition):1-12 [2022-07-02].
Wang C. D., Ma Q. D., Jiang F. C. Research on the definition of navigable waters of inland rivers based on entropy-right-TOPSIS model[J]. China Navigation,2022,45(02):76-81.
Zhang Yi, Xue Wenwen, Wang Xianjia. Evaluation of water resources sustainability in Hubei Province based on entropy-weighted-cloud model[J]. Hydropower Energy Science, 2022, 40(06):28-32.
Li Shiyang, Tian Rui, Sun Xiaodong, et al. Import risk assessment of new coronary pneumonia outbreak based on entropy-approximation ideal solution ranking method[J]. Chinese Journal of Border Health and Quarantine,2022,45(03):184-188.
Li Kailing, Wei Liu, Qu Lu, et al. Application of composite empowerment cloud model in the study of outdoor sporting event risk [J/OL]. Journal of Safety and Environment:1-10[2022-07-02].
Zhang Yalian, Zeng Chang, Sun Ying. Research on the evaluation system construction and guarantee measures of "dual tutor system" of Master of Accounting (MPAcc) based on entropy TOPSIS method: an example from Central South University of Forestry and Technology[J]. Journal of Huaihua College,2022,41(02):109-115.
Li HJ, Chen LM, Zhang ZJ, et al. A missile state assessment method based on combined assignment-improved TOPSIS[J]. Journal of Naval Aviation University,2022,37(02):201-208.
Downloads
Published
Issue
Section
License
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.
