A security material deployment system based on urban ultra-brain

Abstract

This application discloses a system for deploying security materials based on Urban Ultrain, in which the status acquisition module obtains the status data of the security materials, and the usage prediction module monitors the status data of the security materials. The area to which the location belongs and the use records of security materials in this area predict the demand for security materials. The material allocation module issues material allocation instructions to the corresponding material warehouses. The task control sub-module includes task creation units and multiple tasks corresponding to different tasks. In the parallel allocation task unit, the task creation unit creates an allocation task for security material allocation, and reclaims the allocated memory space and computing resources after the allocation task unit completes the corresponding allocation task. Through the task coordination module, the memory space and computing resources required by each task involving public security resource scheduling are created, allocated and released in a timely manner, which improves the response speed of the city brain.

Description

technical field [0001] This application relates to the technical field of public security resource deployment, and in particular to a security material deployment system based on the urban ultra-brain. Background technique [0002] At present, urban Ultrain technology is developing rapidly, and many cities such as Beijing and Hangzhou have begun to invest in the construction of actual urban Ultrain platforms. Urban Ultrain is a basic informatization and intelligent facility that supports smart cities. Its core is to collect and generate real-time, massive, and diverse urban data resources at the front end of the city; use the wide-area Internet of Things covering the city to carry out data resource management. Transmission and sharing; and building a unified large-scale computer platform in the background, based on intelligent and predictive analysis of urban data resources, to achieve global optimal control of urban resources and facilities. [0003] Smart security is supp...

AI Technical Summary

Problems solved by technology

[0006] The second is that due to the city's ultra-brain covering a wide area of ​​the city, the uplink and downlink transmission—including the data transmission from the front-end equipment to the back-end computer platform, and the delivery of calculation results and control commands to the on-site front-end equipment-brought The communication overhead and communication delay will cause the urban Ultrain system to be unable to meet the high real-time requirements of security resource allocation applications, which will bring serious negative effects

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