Steroscopic Systems TRIZ Cases
- Stereoscopic Camera Convergence Control for Accommodation-Conflict Reduction
Adjustable stereoscopic camera modules align zero disparity positions with subjects to minimize viewer discomfort.
- Naked-eye 3D Display Device Dynamic Viewpoint Switching
Dynamic switching of viewpoint image positions and light separation transmittance reduces pseudoscopic areas without deteriorating image resolution.
- Automated Camera Rig Parameter Optimization for Autostereoscopic 3D
A camera rig system automatically optimizes focal length and orientation parameters to generate precise autostereoscopic 3D visualizations.
- Plenoptic Lens Camera with Beam Splitter for Depth Capture
A camera uses an optical beam splitter to direct light toward a plenoptic lens for depth information capture.
- Wireless Transceiver Camera Synchronization
Wireless transceivers determine device location and orientation, replacing computer vision to reduce processing time.
- Wireless Tracking for 3D Video Convergence and Alignment
A video production system uses wireless tracking devices to provide real-time location data for automatic camera convergence and vertical alignment.
- Image File Generation Reducing Parallax Data Volume
An image processing apparatus generates versatile files by synthesizing missing parallax images from stored subsets and normal data.
- 3D Video Display Processing Using DP Matching and Thinned Images
Dynamic programming matching on thinned images estimates depth for 3D displays, correcting misalignment via offset addition and lookup tables.
- Autostereoscopic Display Shifting Image Patterns for Resolution
A display system shifts image patterns based on viewer position to deliver high-resolution 3D imaging without special glasses.
- Head-Up Display 2D 3D Optical Module Segmentation
Segmenting optical paths for independent 2D and 3D image generation overcomes visibility limits and light loss in constrained vehicle displays.
- Perspective Correction for Head-Mounted Displays Using Keyframe Depth Maps
Head-mounted display image processing system transforms camera views to match user perspective using depth maps and keyframes.
- Hybrid Recursive Matcher for Real-Time Disparity Estimation
Line-wise and column-wise hybrid recursive matchers enable real-time disparity estimation.