Intelligent skynet application platform

Abstract

The invention discloses an intelligent skynet application platform. Layered architecture is adopted by the intelligent skynet application platform, and standard general protocols and interfaces are used among layers. The intelligent skynet application platform comprises a collecting layer, a transmission layer, a core ability layer, an application layer and a client. The collecting layer is used for collecting videos, audios, pictures, data and alarms. The transmission layer provides high-quality physical transmission channels for all kinds of data flows and guarantees safe and reliable transmission of the data flows. The core ability layer achieves data access, data processing, system management and data interaction. A plurality of system management ability modules such as a data base module, a management service module, an intelligent analysis module, a streaming media distributing module, a comprehensive assessment module and an alarm and positioning module are arranged in the system, cooperatively work, and can automatically conduct processes such as data access, data processing, system management and data interaction so as to achieve automatic and intelligent monitoring. The intelligent skynet application platform can be combined with GIS or PGIS positioning so as to achieve fast positioning of an event.

Description

technical field [0001] The invention relates to a smart skynet application platform. Background technique [0002] The Skynet monitoring system is a monitoring network system composed of a large number of cameras installed in the streets and alleys. It is a magic weapon for the public security organs to combat street crimes and a strong backing for urban public security. Now all major cities are basically running this system. system. "Skynet Monitoring System" is a landmark project of "Strengthening the Police with Science and Technology". Through the monitoring platform, the public security organs can monitor the main roads, key units, and hot spots in various streets and districts of the city for 24 hours, which can effectively eliminate hidden dangers to public security and enable The level of discovering and arresting current crimes on the street has been improved. [0003] The rapid development of monitoring technology, transmission technology, and storage technology ...

AI Technical Summary

Problems solved by technology

[0004] (1) There is room for improvement in the pixels of surveillance video images, and the public security bureau urgently needs surveillance video images with higher pixels to obtain more effective information;

[0005] (2) There are few application functions and modes for the combination of image and business mechanism, such as the lack of automatic homing function for the main monitoring area, the combination of preset points with street patrol time, and the lack of effective assessment and supervision methods for operators, etc.

[0006] (3) There are few explorations of intuitive image access and operation combination based on GIS and PGIS maps, and the continuous expansion of points makes this defect increasingly obvious;

[0007] (4) For key monitoring areas, there is a lack of intelligent analysis and early warning functions such as people flow statistics, personnel gathering detection and alarm, intrusion detection, target tracking, and leftover items;

[0008] (5) In the face of various emergency command, emergency rescue and disaster relief and other environments, there is a lack of video surveillance methods that can be maneuvered and flexibly deployed

[0011] (2) A large number of front-end equipment is put into use, and equipment failures caused by various reasons are inevitable, and these failures cannot be detected and eliminated in time. Public security users urgently need a system that can analyze and judge the working status of front-end equipment in real time. Through self-analysis and comparison, the faulty equipment can be found in time and the fault type can be preliminarily judged, so as to provide timely and reliable basis for later maintenance and shorten the equipment failure cycle to the greatest extent.

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