Smart City Development Index

Ya Gao, Zhoulai Li
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Abstract

Smart city is a new stage of development after industrial city, and a product of human science and society. Task 1: Based on the development of smart city, it selects 26 indicators of 7 main factors and draws the hierarchical structure chart by holding the scientific selection principle. When determining the weight of factors at each layer, it uses the consistent matrix method to compare the pair and pair factors, judges the consistency ratio of the obtained matrix, and finally determines the weight of each indicator. The smart city development index is the value of the second-level index multiplied by their respective weights and then summed, and the development level of the city is divided with 0.5 as the standard. Task 2: Firstly, compared with China’s GDP, it is found that Hangzhou’s growth rate is always higher than that of China, while Harbin’s GDP is lower than Hangzhou’s and its development is slower. According to the development index proposed in the first question, the scores of Hangzhou and Harbin are calculated and the trend chart is drawn. It is found that before 2017, the development of Harbin was higher than that of Hangzhou, but after that, the growth rate of Hangzhou was faster and Hangzhou surpassed Harbin. After 2017, the scores of Hangzhou both exceeded 50, that is, both were above the average development level. Task 4: Based on the system dynamics theory, the smart city system dynamic model is constructed based on the data of Hangzhou City. The model includes seven parts: smart economy, intelligent humanity, intelligent energy management, intelligent medical treatment, intelligent urban infrastructure, intelligent environmental protection, and urban planning and crowd management. Vensim was used to simulate the model, and the results showed that the future construction level of Hangzhou would be stable but rising, and all subsystems would play an important role in urban development, among which the smart economy was the most obvious. Finally, according to the conclusions of the research, some suggestions and plans are provided for Hangzhou and Harbin from the aspects of green development, science and technology, government leadership and so on.
智慧城市发展指数
智慧城市是继工业城市之后的一个新的发展阶段,是人类科学和社会发展的产物。Task 1:根据智慧城市的发展,根据科学的选择原则,选取7个主要因素的26个指标,绘制层次结构图。在确定各层因子权重时,采用一致矩阵法对配对因子和配对因子进行比较,判断所得矩阵的一致性比,最终确定各指标的权重。智慧城市发展指数是将二级指标的数值乘以各自的权重再求和,以0.5为标准划分城市的发展水平。Task 2:首先,对比中国的GDP,发现杭州的增长率始终高于中国,而哈尔滨的GDP低于杭州,发展较慢。根据第一个问题中提出的发展指标,计算杭州和哈尔滨的得分并绘制趋势图。研究发现,在2017年之前,哈尔滨的发展高于杭州,但在2017年之后,杭州的增长速度更快,杭州超过了哈尔滨。2017年以后,杭州的得分均超过50分,即均高于平均发展水平。任务4:基于系统动力学理论,以杭州市数据为基础,构建智慧城市系统动力学模型。该模型包括智慧经济、智慧人文、智慧能源管理、智慧医疗、智慧城市基础设施、智慧环保、城市规划与人群管理等七个部分。利用Vensim软件对模型进行仿真,结果表明,杭州未来的建设水平是稳定而上升的,各子系统在城市发展中都将发挥重要作用,其中智慧经济最为明显。最后,根据研究结论,从绿色发展、科技发展、政府领导等方面对杭州和哈尔滨提出建议和规划。
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