Television Systems TRIZ Cases
- Scalable Data Stream Signaling for Lower Parsing Overhead
Separate descriptor packets carry scalability axes, profiles, and levels so network entities can parse scalable video streams with less overhead.
- 3D Communication UI for Virtual Object Movement Feedback
Visual feedback for shared virtual object movement cuts input steps and cognitive load in 3D communication sessions while conserving battery power.
- Video Conferencing GUI Layout for Multi-Participant Viewing Angles
Dynamic repositioning of participant video elements reduces GUI crowding and improves engagement across different meeting-room viewing angles.
- Video Quality Assessment Using FEC and Lost Packet Recovery
Accounts for FEC redundancy and retransmission status to calculate MOSV from lost and non-lost packets with closer alignment to user experience.
- Synchronized Video Sharing During Real-Time Calls
A unified call and sharing interface lets users watch the same video synchronously without interrupting real-time communication.
- Dynamic Vision Sensor Characterization Using Frame-to-Event Modeling
Frame-to-event modeling matches synthetic and detected DVS events to extract non-linear sensor parameters for verification and tuning.
- AR Shared Screen Space With Avatars for Low-Power Collaboration
A host AR wearable offloads screen sharing and avatar mapping so guest devices can collaborate with spatial feedback using less power.
- Video Decoder GDR Refresh for Low-Latency Random Access
Gradual decoding refresh uses GDR pictures to enable random access with lower latency and steadier bitrate in video decoding.
- Lenticular Display Distortion Mapping for Crosstalk-Free 3D Viewing
Captured fringe patterns generate distortion maps that recalibrate lenticular displays to reduce crosstalk, ghosting, and eye strain.