Steroscopic Systems TRIZ Cases
- 3D Display Expanding Viewing Window via Pupil-Aligned Focal Points
A 3D display apparatus selects specific light sources to align focal points with the user's pupil position.
- Grating Driving Circuit for Adjustable Naked-Eye 3D Display
A grating driving circuit adjusts electrode configurations to maintain optimal 3D image quality.
- HMD Image Processing Apparatus for Real-Time Stereoscopic Rendering
An image processing apparatus extracts overlapping regions between left and right eye views to share generation data.
- Liquid Crystal Lens Element Orthogonal Electrodes for 3D Display
Orthogonal electrode arrays create symmetric refractive index distributions in a liquid crystal layer, reducing 3D crosstalk and brightness differences.
- Multi-view Image Display Apparatus with Visual Field Divider
A multi-view image display apparatus uses a visual field divider to provide different viewpoints for 3D viewing.
- Stereoscopic Display System Using Phase-Shifted Viewpoint Images
A stereoscopic display system projects phase-shifted viewpoint images to maintain high image quality with fewer projectors.
- 3D Image Depth Measurement Using Pupil Parallax
A depth measurement unit detects pupil distance changes to quantify 3D image projecting or recessed distances.
- Hierarchical Track Structure for Multi-View VR Content Encoding
A hierarchical track structure consolidates multi-view data operations to reduce encoding complexity.
- Head-Mountable Display Parallax Adjustment for Head Tilt
Dynamic virtual display screen repositioning adjusts image parallax to resolve discomfort caused by head tilting in stereoscopic viewing.
- Stereoscopic Display Device Movement Detection and Mode Switching
A stereoscopic display device detects movement via acceleration sensors to switch between planar and 3D image formats.
- Viewpoint Interpolation Using Depth-Controlled Control Points
Depth-controlled control points resolve data complexity by enabling efficient viewpoint interpolation and extrapolation for artificially rendered images.
- Image Sensor Chain Capability for Multi-Camera Systems
Integrated controllers in master-slave image sensors eliminate external processing hardware, reducing system footprint while maintaining accurate stereo vision.
- High Frame Rate Projection System for Stereoscopic 3D
A high frame rate projection system replicates camera shutter sequences to deliver seamless motion perception.
- Liquid Crystal Display Subpixel Data Line Segmentation for Moire Reduction
Multiple data lines segment subpixels to reduce moire patterns while maintaining aperture rate and minimizing circuit complexity.
- Shutter Glasses Control for Stereo Image Brightness and Power
A shutter lens control method synchronizes switching with video refresh rates to extend on-state periods.
- 3D Image Encoding via Parallax Data Extraction
A 3D image encoding method extracts parallax data from multiple viewpoint images to reduce computational load.
- Stereoscopic Display Parallax and Blurring Control
A display control apparatus sets parallax and blurring levels to generate stereoscopic images with adjustable depth effects.
- Image Plane Adjustment for Stereoscopic Viewpoint Displacement
Adjusts image plane position in virtual space to maintain object location, reducing processing delay and preventing image degradation.
- Stereoscopic Depth Mapping Correction via Variable Camera Separation
Variable camera separation adjusts disparity to maintain constant perceived-to-actual depth ratios, eliminating cardboard cut-out artifacts.
- Neural Network Lens Modeling for Automated 2D to 3D Conversion
Automated conversion of two-dimensional video content to three-dimensional images uses neural networks and lens modeling to reduce manual labor and artifacts.
- 3D Media Processing Software Reducing Computational Complexity
Modular software infrastructure processes 3D media content using adaptive algorithms to optimize rendering and transmission efficiency.
- Switching Parallax Barrier for 3D Displays
A switching parallax barrier uses a liquid crystal layer and same-layer electrodes to modulate light transmission for stereoscopic imaging.
- Dynamic 3D Depth Adjustment for Stereo Video Additive Objects
Detects primary object depth via left-eye right-eye block matching and adjusts subtitle depth to eliminate eye fatigue from focal length shifts.
- Scanning Coherent Diffraction 3D Imaging Method
Moving the light source instead of rotating the sample reduces imaging time and prevents damage from high-intensity irradiation during 3D reconstruction.
- Lenticular Lens Alignment via Interference Pattern Adjustment
Angle adjustable user interface displays interference patterns to correct slant angle misalignment between pixel arrays and lenticular lenses.
- Multiview Image Display Depth Adjustment and Cyclic Mapping
A multiview image display apparatus adjusts depth values within a saliency region to reduce visual distortion.
- Automated 3D Imaging Assessment via Enclosed Area Counting
Automated image processing counts enclosed areas in captured frames to eliminate human misjudgment and reduce testing time during 3D environment assessment.
- Video Encoding for 360-Degree Spinners
Encoding still image sequences into compressed video reduces asset size and latency while maintaining high resolution for smooth spinner rotation.
- Binocular Stereoscopic Image Selection via Optical Baseline Determination
Optical baseline determination replaces manual mechanical sliding to eliminate measurement errors and horizontal line inconsistencies in binocular imaging.
- Multiview Stereoscopic Image Calibration via Homography Matrix Disassembly
Processor disassembles homography matrices into affine and similarity components to calibrate multiview stereoscopic images from handheld captures.
- Multifocal Display Flicker Reduction via Inter-Plane Filtering
Inter-plane filtering distributes pixel intensity to reduce flicker visibility without increasing frame rate or power consumption.