Position-set urban IoT (Internet of Things) edge calculation point/site setting and managing method

Abstract

The invention relates to a position set urban IoT edge calculation point / site setting and managing method, and belongs to the field of IoT. The method comprises that B1) a subarea is set, and a calculation point / site setting plan is provided by an operator according municipal or private park facilities and monitoring water and soil environment thereof, and set after agreement of an administrationdepartment; B2) a calculation point is set in a small block, and sensor data of the block is acquired, decoded, screened and uploaded to a calculation site; B3) the calculation site is arranged in anexpanded block, uploading information of the calculation site is fused in the deep layer, and uploaded to a background server and an application terminal, and monitoring motion is started; B4) the background server drives the application terminal, and the administration department implements monitoring via the background server; and B5) the administration department pays the rent of the operator and the maintenance cost of sensors, the labor cost can be reduced to certain extent, and the distribution ratio disaster prevention and economic benefit caused by prediction decisions is set by discussion between the calculation point / station operator and the service administration department. The setting and managing method is helpful for smart city.

Description

technical field [0001] The invention belongs to the technical field of the Internet of Things, and relates to a method for setting and managing fixed edge computing points and computing stations. Background technique [0002] The intelligent management of cities, parks, communities, buildings, etc. puts forward high requirements for the information processing of various related infrastructures. It is necessary to make full use of the Internet of Things technology to collect, process, store, analyze, transmit and intelligently solve the massive data generated by the sensing devices of various related infrastructures. In this way, the integrated smart city IoT application of "sense, transmission, knowledge, and use" can be realized, and the problems in a certain facility can be immediately known, the location and degree of the problem can be confirmed immediately, and the problem can be solved as soon as possible. Avoid the lengthy and inefficient ills of manpower detection, ...

AI Technical Summary

Problems solved by technology

[0016] (2) Institutional obstacles: Urban administration in all countries is divided into various departments (such as police, transportation, education, water conservancy, agriculture, pipe network, fire protection, etc.), and the phenomenon that each management department is independent is very common, making the amount of Large amounts of information are distributed scatteredly. Except for a few such as police administration and safety supervision, fire protection and transportation, etc., departments rarely exchange information with each other. It is actually quite difficult to break the barriers and build the Internet of Things. This is very difficult for those who want to expand and operate this Industry players have caused a lot of trouble

[0018] (4) In-depth development of information resources: At present, many cities that have established urban Internet of Things on a small scale, although some areas (such as road traffic units and disaster prevention units, etc.) have achieved internal small-scale interconnection, However, it basically stays at the level of technology and network links, and insufficient mining of the collected data restricts the analysis and processing links, which greatly affects the intelligentization process of the Internet of Things

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