With the widespread application of industry-leading technologies such as cloud computing, big data, and intelligent analysis, various industries need to apply advanced information technology to improve work efficiency. The firefighting industry, which we don't know much about, has also begun to use the Internet of Vehicles information platform to integrate advanced information technology into the firefighting system to increase the gold content of the firefighting system and enhance the combat capability of the firefighting team. Including fire-fighting and rescue dispatch command, hazard source monitoring, and dynamic management of combat readiness and duty.
Recently, we encountered a video surveillance requirement in a firefighting industry in Hebei. By installing multiple cameras on the fire truck, the real-time collected audio and video images are sent back to the command station, which is convenient for the command station to conduct real-time monitoring, command dispatch and information exchange on the fire fighting scene. .
According to the requirements of this project, the program is mainly divided into two parts: vehicle camera (front-end collection) and streaming media server (console monitoring). The recommended scheme structure is as follows:
1. Equipment layer: Fire trucks are equipped with 2-4 channels of on-board push-stream cameras to collect vehicle status data.
2. Communication layer: unified access to cameras through 4G/5G routing equipment to achieve communication support for various sensor data.
3. Data and server layer: Use the streaming media server to receive RTMP push data from the front-end equipment to achieve large concurrency, mainstream brand access, transcoding, distribution, and storage.
4. Business layer: According to the needs of smart fire protection, API secondary development is carried out to realize the functions of real-time vehicle monitoring, driving behavior analysis, remote diagnosis, collaborative intelligence, and combat evaluation.
Tags: video streaming server ,