Holographic Video Processing via Multi-Camera Depth Mapping

The patent segments the holographic video processing into distinct modules: capture module, segmentation module, human body detection module, tracking module, texturing module, and packaging module. Each module processes specific aspects of the holographic data independently, allowing for optimized transmission where only essential segmented data is transmitted rather than complete high-quality holographic data, thereby reducing bandwidth consumption while maintaining acceptable video quality

The patent creates simplified representations (copies) of the original holographic video data through mesh generation and texturing processes. Instead of transmitting the full high-quality holographic data, the system transmits compressed mesh data and texture maps that can be reconstructed on the receiving end, significantly reducing bandwidth consumption while preserving the essential visual information

The patent implements self-service mechanisms where the system automatically performs human body detection, pose estimation, and tracking without requiring complex pre-programming for each interaction scenario. The automated detection and tracking algorithms enable interactive holographic features to emerge from the processing pipeline itself, reducing the need for extensive programming while maintaining adaptability to user actions

The patent creates a universal processing framework that handles multiple interaction scenarios through a single integrated system. The human body detection and tracking modules serve multiple functions including pose estimation, gesture recognition, and interaction triggering, allowing the system to adapt to various interactive scenarios without requiring separate programming for each case, thereby reducing overall device complexity