With the increasing complexity of the current environment, traditional wired monitoring systems are no longer able to meet the needs of cities. Therefore, wireless monitoring devices such as wireless network cameras, mobile soldiers, vehicle command systems, and airborne systems are applied to emergency command systems. Urban emergency deployment and control systems are information systems that provide social emergency rescue services for certain sudden emergencies in cities. This provides strong support for urban rescue emergency command work and the protection of citizens' personal and property safety.
The emergency control system consists of a single soldier system, an emergency command vehicle system, and an emergency command center system. The individual soldier system completes the image acquisition of the accident scene and wirelessly transmits it to the emergency command vehicle. The emergency command vehicle and individual soldier system achieve one-way video transmission and two-way multi-party voice intercom, and transmit images to the front-end individual soldier system through a wireless private network. At the same time, the maritime satellite channel and emergency command center achieve business transmission, and then the on-site images are browsed and stored locally in real-time. The emergency command vehicle can also selectively upload on-site images based on the bandwidth of the maritime satellite channel. The emergency command center can view real-time on-site images through satellite communication and issue command instructions to the scene through voice, allowing real-time access to the on-site images stored in the emergency command vehicle. At the same time, it can locate the location of on-site personnel in real time through the GPS platform and issue personnel deployment instructions.
The urban emergency control system is a comprehensive solution that integrates voice, data, and image, based on information networks, and characterized by organic interaction among various subsystems. A comprehensive urban emergency control system needs to have the following performance:
1. Progressiveness and applicability
In the video capture technology industry, high-definition network devices are capable of storing and transmitting 1080P video data. At the same time, the system is designed for use at various levels of management, and the comprehensive management platform can provide users with a comfortable, safe, convenient, and fast platform experience, with simple and easy to learn operation.
2. Economy and convenience
Fully consider the actual needs of users and the development trend of information technology, design and select functions that are suitable for the site situation according to environmental requirements, without the need for large-scale wiring, and solve engineering cost problems. The wireless transmission installation and debugging of front-end devices are convenient and fast, and the back-end platform is easy to build, providing users with convenient and fast plug and play functions.
3. Reliability and safety
After system failure or accident causing interruption, it can ensure the accuracy, completeness, and consistency of data, and has the function of rapid recovery. At the same time, the system has a complete set of system management strategies to ensure the safe operation of the system.
The emergency control system is an important guarantee for maintaining social order and safeguarding the personal safety of citizens in modern times. With the continuous maturity of modern wireless technology, the functions of emergency deployment and control systems will also be constantly improved, and we will wait and see.
