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基于需求导向的城市空间规划数据集成系统设计 被引量:8

Design of urban spatial planning data integrated system based on demand orientation
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摘要 根据城市发展建设的需求导向要求,对城市空间规划数据进行集成系统设计,可有效解决当下城市空间规划存在的规划输出结果与城市建设导向不统一的问题。对此提出并设计一种基于需求导向的城市空间规划数据集成系统。通过云端服务器、本地存储器、本地控制器三部分构建起需求导向数据采集的硬件平台。在硬件平台下,对系统软件的数据融合功能与规划功能进行设计,通过引入数据融合算法,实现城市空间的需求导向数据融合,从而实现对城市空间智能规划系统的设计。通过仿真测试,将同一需求导向关系下的不同空间数据导入设计系统,并对输出的空间规划结果进行需求导向统一值的逆态验证,证明设计系统输出的结果符合需求导向的设计要求。 According to the demand⁃oriented requirements of urban development and construction,the design of the integrated system of urban spatial planning data can effectively solve the problem that the planning output results and urban construction orientation are not unified in the current urban spatial planning.On this basis,an urban spatial planning data integrated system based on demand orientation is proposed and designed.The hardware platform of demand⁃oriented data acquisition is constructed by means of the cloud server,local memory and local controller.On the hardware platform,the data fusion function and planning function of the system software are designed,and the data fusion algorithm are introduced to realize the demand⁃oriented data fusion of urban space,so as to realize the design of the urban spatial intelligent planning system.In the simulation testing,the different spatial data with the same demand⁃oriented relationship are imported into the designed system,and the output spatial planning results are verified by the inverse state of the requirement⁃oriented unified value,which prove that the output results of the designed system meets the requirements of the demand⁃oriented design.
作者 郑雷 ZHENG Lei(Xuzhou University of Technology,Xuzhou 221018,China;School of Mechanics and Civil Engineering,China University of Mining and Technology,Xuzhou 221116,China;Dankook University,Yongin 16890,South Korea)
出处 《现代电子技术》 2021年第6期63-66,共4页 Modern Electronics Technique
基金 国家自然科学基金项目(51778611) 江苏高校哲学社会科学研究项目(2018SJA0996) 江苏建筑节能与建造技术协同创新中心博士专项研究基金项目(SJXTBZ1708)。
关键词 城市空间规划 数据集成 需求导向 平台构建 系统设计 仿真测试 urban spatial planning data integration demand orientation platform construction system design simulation testing
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