Automatic calibration system for video cameras
Description of the System
The automatic video camera calibration system is a computer vision system based on artificial intelligence technology, designed to create solutions in the fields of video detection, transportation analytics, and unmanned vehicles.
The system provides solutions for the following tasks:
- Automatic georeferencing of surveillance camera images;
- Image pixel conversion to and from geographic coordinates;
- Tracking vehicle movement (including unmanned vehicles) with multiple surveillance cameras;
- Object detection in a complex dynamic background.
Industries and use cases:
Mining industry (quarries, open pits, mines):
- Tracking the position of vehicles in quarries and pits;
- Calculating the traveled distance;
- Monitoring schedule compliance;
- Control of forbidden zone crossings;
- Visualizing video of objects with known geographic coordinates—detecting "invisible" objects;
- Supplementing GPS tracks of moving objects when satellite communication is lost;
- Transferring moving object routes to the map;
- Tracking landscape changes.
Transportation (stations, airports, metro, parking lots), traffic safety services:
- Monitoring traffic rule compliance (routes, trajectories, speed);
- Monitoring parking rule compliance (entry-exit order, illegal stops, parking duration);
- Control of forbidden zone crossings;
- Energy, mechanical engineering, and processing industries;
- Tracking position and movement within production zones;
- Distance traveled calculation;
- Control of forbidden zone crossings;
- Monitoring movement direction;
- Monitoring delay in dangerous areas;
- Access control to areas with different permission levels.
Logistics enterprises (stores, warehouses, logistics complexes):
- Monitoring available shelves, areas, and storage spaces;
- Navigation using surveillance cameras;
- Route calculation for forklifts;
- Control of forbidden zone crossings.
The system is compatible and works correctly only on Linux OS.