Functional Application
Construct an AR (Augmented Reality) three-dimensional prevention and control system for hydrological stations. The system utilizes augmented reality technology to structurally describe the background information in videos, making the background information searchable and locatable, and achieving functions such as GPS or Beidou coordinate mapping, direction perception, and video linkage.
The location selection for AR cameras should preferably be at high vantage points to ensure the monitoring range is as extensive as possible and not obstructed. Additionally, the traffic conditions should be convenient for laying cable lines and maintaining equipment.
Operating Mode
The monitoring front-end equipment consists of cameras, poles, equipment boxes, etc. A set of panoramic AR eagle-eye cameras is arranged near the hydrological station to the high vantage point to achieve panoramic AR monitoring of the hydrological station. A set of network hard disk video recorders (NVRs) is arranged on-site for local video storage.
For the transmission part, the monitoring images are transmitted to the monitoring center via optical fibers, and then the monitoring images are transmitted in real-time to other relevant departments through the network. The video images are first stored in the local network video recorder and then uploaded to the host computer for storage at a set time to reduce the occupation of network bandwidth. The video system is linked with the security access control system.
Configuration Components
AR eagle-eye cameras, equipment poles, equipment brackets, hard disk video recorders, power supply systems, communication systems, equipment boxes, etc.
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