Video geometric analysis
Geometric video analysis refers to the process of analyzing video content based on geometric principles and spatial relationships. This involves extracting geometric information from video frames to understand the structure, arrangement and movement of objects within the video. The goal is often to obtain detailed information about the spatial and geometric characteristics of the scene, track objects and extract information relevant for various applications.
Overall, geometric video analytics leverages mathematical principles to interpret and extract valuable information from video content, providing insights into the spatial relationships and dynamics present in observed scenes.
Object tracking
Track the movement of objects within a video sequence. Identify and follow the trajectory of specific objects over time.
Movement analysis
Extract information about the movement of objects in the video, speed, direction and acceleration of moving objects.
Depth estimation
Estimating the depth or distance of objects from the camera.
Object recognition and segmentation
Recognize and segment objects in a video. This involves identifying boundaries and contours to distinguish between different objects.
Calibration
Geometric calibration is critical for accurate measurements and analysis.