Live Streaming Video Orientation Correction for Co-hosting Interaction

The patent applies inversion by automatically flipping the video feed of the host who deviates from the designated orientation. Instead of requiring hosts to manually follow orientation cues, the system inverts the problem by flipping their video stream to correct the orientation mismatch. This allows the merged video to maintain the correct face-to-face interaction effect even when hosts fail to follow orientation instructions.

The patent implements feedback by continuously monitoring the orientation of hosts through face detection and orientation recognition, comparing it with the designated orientation, and automatically triggering video flipping when deviation exceeds a threshold. This closed-loop feedback system ensures the interaction effect is maintained in real-time without requiring manual intervention from hosts.

The patent applies self-service by implementing an automated system that performs face detection, orientation recognition, deviation calculation, and video flipping without requiring manual intervention. The system serves itself by automatically correcting orientation issues through algorithmic processing, reducing the need for complex manual control mechanisms while maintaining the interaction effect.

The patent replaces mechanical orientation control (manually adjusting camera angles or host positions) with computational methods. By using face detection algorithms, orientation recognition, and digital video flipping, the system substitutes physical adjustment mechanisms with software-based solutions, thereby managing complexity through algorithmic automation rather than mechanical systems.