Urban sensing base station

Abstract

A city sensing base station disclosed by the present invention comprises a sensing terminal, a control terminal and a communication terminal, the sensing terminal comprises a panorama sensing module, a sound source sensing module, a space and state sensing module, an environment sensing module and a biological detection module, and the above modules respectively carry out information interaction and adaptive sensing with the control terminal through a CAN bus. The control terminal is in communication connection with the communication terminal, and achieves information sharing and transmission with an external terminal through the communication terminal; the communication terminal comprises a short-range communication module and an optical fiber communication module; the control terminal comprises an end-side operation module, and the end-side operation module is an SOC chip integrated with an NPU acceleration module by adopting an ARM architecture; multi-element information required by urban comprehensive treatment is comprehensively captured, information entries are unified, meanwhile, data management cost is reduced, data quality is improved, data realization ability is improved, and urban comprehensive treatment is efficiently supported at low cost.

Description

technical field [0001] The invention relates to the technical field of smart cities, in particular to a city-aware base station. Background technique [0002] Many urban problems have been exposed in the process of urban modernization, such as traffic congestion, environmental pollution, security monitoring, epidemic control, etc., and it is urgent to adopt big data and cloud computing technology to assist comprehensive urban governance. Comprehensive urban governance requires the support of high-quality data from elements such as urban transportation and the environment. There are many types of traditional urban data collection devices, which are relatively scattered, self-contained, and data are not compatible with each other. There are many barriers to multi-source data fusion, which cannot effectively support comprehensive urban governance. At the same time, the accumulation of redundant data occupies the space of the cloud platform and increases the cost of data managem...

AI Technical Summary

Problems solved by technology

Comprehensive urban governance requires the support of high-quality data from elements such as urban transportation and the environment. There are many types of traditional urban data collection devices, which are relatively scattered, self-contained, and data are not compatible with each other. There are many barriers to multi-source data fusion, which cannot effectively support comprehensive urban governance. At the same time, the accumulation of redundant data occupies the space of the cloud platform and increases the cost of data management (including the maintenance of various collection devices), resulting in waste of resources

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