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A study on the construction of evaluative system of Smart City based on entropy-weighted matter-element modelmethod

机译：基于熵加权元素模型方法的智能城市评价体系建设研究

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Since our country has started to build the pilot project of a smart city in 2013, its effect hasalready appeared tentatively promoted by policies. However, its evaluation system is not yetmature. Therefore, this technical paper first considered the construction of evaluation index systemaccording to the concept and construction situation of Smart City, adopted the five-yearstatistics of Sichuan Province as empirical data, and this paper applied modeling calculation todraw the objective state of current Smart City construction. It also included the construction ofevaluation index system with the introduction of a matter-element extension method and entropymethod to assign the weights, discussed the changes in the maximum relational degree of the sixrule hierarchy indicators, and analyzed the key index that influences its development in the softurban environment and information service to point out the direction for the next phase of thedevelopment.
机译：由于我国在2013年开始建立一个智能城市的试点项目，其效果已经出现了政策暂时晋升。但是，它的评估系统还未成熟。因此，本技术论文首先考虑了评估指标体系的构建根据智能城市的概念和施工状况，通过了五年四川省作为经验数据的统计，本文应用建模计算利用当前智能城市建设的客观状态。它还包括建设评价指标系统引入了物质元素扩展方法和熵分配权重的方法，讨论了六个最大关系程度的变化规则层次结构指标，并分析了影响其在柔软中发育的关键指数城市环境和信息服务指出下一阶段的方向发展。

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