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首页> 外文期刊>International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences >DYNAMIC MONITORING METHOD OF ILLEGAL BUILDINGS USING SPATIOTEMPORAL BIG DATA BASED ON URBAN HIGH LYING ZONES
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DYNAMIC MONITORING METHOD OF ILLEGAL BUILDINGS USING SPATIOTEMPORAL BIG DATA BASED ON URBAN HIGH LYING ZONES

机译:基于城市高躺区的时空大数据的非法建筑动态监测方法

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China's urban illegal buildings are emerging in an endless stream with a large number. There is a wide demand for urban illegal buildings monitoring in urban management departments, including Beijing, Shanghai, Guangzhou and other regions where urban management is facing increasingly serious problems of illegal buildings. It is urgent to solve the common problem of "urban disease" caused by urban illegal buildings, and a new automatic monitoring method that can reduce the cost of urban management is urgently needed. This kind of automated monitoring method of illegal buildings has a wide market demand in Urban Management and Law Enforcement and the Ministry of Land and Resources. Existing technologies cannot realize long-term, autonomous, rapid and intelligent dynamic real-time monitoring of urban illegal buildings, which leads to the problem that illegal buildings’ behaviors cannot be stopped in time. There is a possibility to solve these problems using the ubiquitous network of base stations in cities to monitor illegal buildings.This paper proposes a dynamic monitoring method of illegal buildings using spatiotemporal big data based on urban high lying zones. Through the Spatiotemporal sensor network technology, the tilt-type stereo camera is set up at the high lying zones around the survey area. According to the real-time ambient temperature and humidity numerical data fed back by the temperature and humidity sensor, the tilt-type stereo camera uses intelligent time-lapse photogrammetry technology to obtain multiple stereo pairs. The tilted remote sensor transmits the multiple stereo pairs to the urban dynamic analysis service network using wireless transmission. The urban dynamic analysis service network will complete a series of analysis and processing operations without any human intervention, and then transmit the results of the analysis to the early-warning terminal successively through the base station, WIFI and other wireless transmission methods. Finally, the illegal building data is uploaded to the terminal. That is to say, the urban dynamic analysis service network can realize the intelligent, automatic analysis and processing of spatial analysis server and the operation of calling all database data and storing data.The method proposed in this paper uses the high lying zones around the survey area to expand the monitoring range, improve the accuracy of monitoring data, realize long-term real-time monitoring, and fully utilize the characteristics of Spatiotemporal sensing network technology intelligent, autonomous, wireless transmission, etc., significantly reducing labor. It greatly shortens the process from the emergence to the discovery of illegal buildings in cities. The workload of monitoring has improved the efficiency of dynamic monitoring and warehousing of illegal buildings data in cities.
机译:中国的城市非法建筑正在出现在具有大量的无穷无尽的溪流中。城市管理部门的城市非法建筑物监测需求广泛,包括北京,上海,广州等地区,城市管理层面临非法建筑的越来越严重的问题。迫切需要解决城市非法建筑造成的“城市疾病”的常见问题,迫切需要一种新的自动监测方法,可以避免城市管理成本。这种自动化监控方法的非法建筑在城市管理和执法部门具有广泛的市场需求和土地和资源部。现有技术无法实现城市非法建筑的长期,自主,快速,智能的动态实时监测,这导致非法建筑行为无法及时停止的问题。有可能使用城市城市的无处不在的基站网络来解决非法建筑物。本文提出了一种使用基于城市高躺区的时空大数据的非法建筑的动态监测方法。通过时空传感器网络技术,倾斜式立体声相机设置在调查区周围的高躺区。根据温度和湿度传感器反馈的实时环境温度和湿度数字数据,倾斜式立体声相机使用智能延时摄影测量技术来获得多个立体对。倾斜的远程传感器使用无线传输将多个立体声对发送到城市动态分析服务网络。城市动态分析服务网络将完成一系列分析和处理操作,没有任何人为干预,然后通过基站,WiFi和其他无线传输方法连续地将分析结果发送到预警终端。最后,非法建筑数据上传到终端。也就是说,城市动态分析服务网络可以实现空间分析服务器的智能,自动分析和处理以及呼叫所有数据库数据和存储数据的操作。本文提出的方法使用调查周围的高躺区区域扩大监控范围,提高监测数据的准确性,实现长期实时监控,并充分利用时空传感网络技术智能,自主,无线传输等的特点,显着减少劳动力。它大大缩短了从城市的非法建筑物发现的出现。监测的工作量提高了城市中非法建筑数据的动态监测和仓储效率。

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