Multi-Camera Virtual Conferencing Interface

The patent divides the video sharing interface into multiple independent regions, each displaying video feed from a different camera (front-facing camera, rear-facing camera, and additional cameras). This segmentation allows users to simultaneously view and share multiple camera perspectives without needing to switch between them, as each camera view is presented as a separate, accessible segment on the display.

The patent transitions from a single-dimension video display (one camera at a time) to a multi-dimensional display layout where multiple camera feeds are arranged spatially on the screen. By organizing camera views in a grid or tiled arrangement, the system adds spatial dimensionality to the video sharing experience, enabling simultaneous presentation of multiple camera perspectives that users can access without temporal switching.

The patent segments the display into distinct video regions, with each region dedicated to a specific camera feed. This segmentation organizes the complex multi-camera input into manageable, visually separated segments that are easily distinguishable. The system processes and displays each camera view as an independent segment, reducing the perceived complexity while maintaining complete information from all camera sources.

The patent implements selective camera view display, where the system can show all available camera feeds simultaneously but allows users to prioritize or focus on specific views as needed. The interface may display more camera feeds than a single view would provide, giving users the option to access partial views when sufficient or all views when complete information is required, thereby managing display complexity based on user needs.