Recently, a news about the national treasure panda “cat face recognition” has attracted everyone’s attention. According to the Giant Panda National Park Administration, the wolong Area of the Giant Panda National Park has successfully transmitted wild panda images in real time for the first time through the real-time monitoring system triggered by infrared cameras. This is the first time in China that the combination of ultrashort wave transmission and “cat face” recognition technology has realized the live wireless transmission of wild panda videos in wilderness monitoring.
China is also constantly applying AI, image recognition, video surveillance, big data analysis and other new technologies to the protection of wildlife. With the help of a variety of technical means, tracking the individual activity trajectory of wild animals, observing the ecological environment changes in nature reserves, and remotely monitoring the behavior of some illegal interference animals through wireless, providing strong technical support for the protection and management of wild animals and habitats.
National nature reserves are an important carrier to promote ecological civilization and build a beautiful China. Strengthening the construction and management of nature reserves is a concrete action to implement the new concept of innovative, coordinated, green, open and shared development. It is an effective measure to protect biodiversity, build a strong ecological security barrier, ensure the security and stability of various natural ecosystems, and improve the quality of the ecological environment.
Regulatory needs Analysis
In recent years, many national nature reserves have been destroyed continuously. In order to carry out comprehensive management of national nature reserves and strengthen the protection and management of national nature reserves, the workload of manual management is quite large, and there will be some loopholes. Therefore, it is very necessary to establish a complete video surveillance system in national nature reserves.
For the implementation of video surveillance in national nature reserves, 24-hour uninterrupted barrier-free monitoring can be carried out in nature reserves. By using the function of dynamic monitoring and monitoring system, ecological environment monitoring in nature reserves can be strengthened. To provide a full-day, all-weather, uninterrupted scientific, systematic, real-time, visual nature reserves integrated management remote video surveillance system.
Video surveillance requirements of the reserve:
1) According to the site situation, 40 monitoring points should be installed in the national nature reserve. Later, with the increase of the protection area, the number of monitoring points should be expanded;
2) Install multiple groups of cameras within 30 kilometers of nature protection areas and nature reserves, so that management personnel can be familiar with the situation on each site;
3) Images and control signals are transmitted to the monitoring center through the wireless network bridge, and all video signals are stored and monitored through the network video monitoring platform of the center;
4) Solar power is used for on-site power supply;
5) Install the network management software on the management server of the monitoring center, and you can see the images of all cameras in the center. And can control the camera up and down, left and right distance and other actions;
6) The system can realize the remote IE access function by configuring the WEB server in the monitoring center. It is convenient for the administrator to realize the remote monitoring and management function of the system in any place and any place.
The solution
Based on the above requirements adhering to the principle of scalability and high compatibility, we recommend the use of EasyCVR solution, through a variety of protocols will be scattered in various areas of monitoring equipment through GB28181, Ehome, RTSP, the NETWORK camera manufacturers SDK and proprietary protocols unified access, as a video surveillance module, Integrated into smart Reserve management system.
Program features
1) Wireless transmission
The traditional wired network must be dug trench wiring or erected by pole, which not only takes time, consumes energy and money, but also damages the environment and affects people’s production and life. The upgrading and expansion will also cause repeated construction and secondary pollution. Wireless networks avoid the huge investment and complexity of traditional networks.
2) Strong compatibility
Supports multi-protocol access of front-end devices and simultaneously distributes live streams of RTSP, RTMP, HLS, HTTP-FLV, and Websock-FLV, compatible with all terminal devices in the market.
3) Structural flexibility
Wireless network monitoring can self-repair, automatically balance and dynamically distribute the communication load of each node. It can effectively avoid the traditional problems such as communication congestion of single node, slow system operation and even paralysis caused by multiple people accessing the Internet at the same time. The small system reduces the probability of destruction by nature and man, and reduces the cost of equipment and the manpower and material input of system maintenance.
4) Strong manageability
Through the API interface integration to wise reserve management system, has the good remote monitoring, maintenance, upgrade, accurate judgment fault, and other functions, make network managers can easily master in time, such as network topology, network performance statistics, system fault conditions, such as information, easy to unified deployment and maintenance of the network, Ensure that the wireless network is in good working condition at all times and anywhere.
conclusion
Wildlife is an important part of the natural ecosystem and a precious resource endowed by nature to human beings. Refusing to eat game and protecting wild animals is an important indicator of the progress of civilization of a country, a nation or a city. It is not only to protect biodiversity, but also to protect ourselves.