Abstract
Up till the present moment, the construction of cloud platform at home and abroad still needs to be improved. To a certain extent, it restricts the development of spatial-temporal application. We integrate internet of things sensing technology, cloud-computing technology, data mining technology, dual-frequency precision positioning technology, big data analysis technology and broadband network technology. Compiling with simple programming mode, data storage and management, virtualization technology and other key technologies. Through software and hardware for experimental configuration, deployment of cloud nodes, the establishment of mathematical models. Designed a unified spatial-temporal information cloud platform with universality, completeness and easy realization. In order to realize the architecture design and development of the cloud platform. This study give a cloud platform structure design to provide support for national planning. It provides new clues for the theoretical development and application of the spatial-temporal cloud platform construction of the strategic new districts such as the Great Bay Area, China Xiong'an New District and Wuhan Yangtze River New Town.
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