Introduction

The perimeter real-time monitoring interface system of the High-Risk Industry and Technology Zone mainly focuses on the disasters that the leakage of chemical poisons may cause as the monitoring target. The system uses technologies such as Web-GIS maps, image monitoring equipment, AI image recognition and information integration, and interfacing monitoring data from different sources to achieve the purpose of instant warning when disaster risks occur.

This project also provides information decision-making analysis by analyzing images of disasters, establishing the best decision-making method with past decisions and disaster data, and providing early warning information.

Project performance and benefits

Cloud Information Transmission Interface Workstation

Integrate monitoring data from different sources, and provide various management aspects such as user management module, role authority management module and system operation monitoring module, so that users can flexibly adjust various management conditions and permissions, and make system management more efficient Efficient and comprehensive.

Real-time monitoring interface system

It can collect and monitor abnormal data and issue alarms in real-time, providing early warning functions.

EasyMap

Real-time on-site data status is presented using 2D and 3D charts, including geographical location information of the disaster site, CCTV images, air quality indicators, automatic weather stations of the Central Meteorological Bureau, automatic rainfall stations of the Central Meteorological Bureau, and air-made miniature sensors, mobile monitoring equipment (moving trajectory), etc., the results are presented through the dynamic layer stacking function, which is convenient for disaster relief personnel to quickly grasp the relevant conditions at the disaster site.

Real-time video streaming, management, and computing

Real-time monitoring of the returned pictures through CCTV can ensure that fire pictures are found in the first time, and alarm messages are issued. The local disaster situation can be grasped in real time to achieve early warning and disaster prevention functions.

Statistical Analysis of Proper Rate

Through the analysis of the availability rate data, the interruption frequency of interface data reception can be provided, which can be used as a reference index for evaluating the maintenance system.