Patent ID: 11863736
Assignee: INTELLIGENT SECURITY SYSTEMS CORPORATION
Field: Audio-visual technology (Electrical engineering)
Classification: CPC H  G | IPC G  H

Claim 18:
19. A system, comprising:
a processor programmed to:
access a parameter of a control area of a road and an imaging parameter of a camera having an optical axis;
enable a calibration of the camera at a current position of the camera relative to the road, wherein the calibration includes determining, by the processor, a current rotation angle of the camera in space relative to the road, and a vertical height or an offset of the camera;
determine a position of the optical axis in space at the current position of the camera based on the parameter of the control area of the road, the imaging parameter, the calibration, and an operational restriction;
determine an operational feasibility of the camera at the current position based on the position of the optical axis of the camera and without exceeding the operational restriction; and
take an action associated with positionally adjusting the camera based on determining that an operational threshold is satisfied based on the operational feasibility, wherein the action includes:
causing, by the processor, a user interface to concurrently present the road, a current pattern, and a recommended pattern, wherein the current pattern corresponds to the current position of the camera, wherein the recommended pattern corresponds to a recommended position to which the camera should be positionally adjusted, wherein the current pattern and the recommended pattern are visually distinct from each other and are shown over the road;
receiving, by the processor, a user input from a client while the user interface concurrently shows the road, the current pattern, and the recommended pattern as the camera images the road during the current position, wherein the user input moves the current pattern toward the recommended pattern over the road on the user interface; and
enabling, by the processor, the camera to be moved from the current position toward the recommended position relative to the road based on the user input while the user interface concurrently shows the road, the current pattern, and the recommended pattern as the camera images the road.