Image Data Processing TRIZ Cases
- XR Interaction Toolkit for Consistent Multi-Device Virtual Objects
A system-level XR toolkit synchronizes virtual modifications across devices and corrects rendering inconsistencies in multi-user sessions.
- Distributed AR Object Rendering for Multi-User Interaction
A computing cluster splits AR object rendering across pods to avoid single-server bottlenecks and support personalized multi-user views.
- Physics-Engine Input Control for Accurate Object Direction
User input is converted into initial motion conditions for a physics engine, improving object direction accuracy while reducing repeated attempts.
- See-Through AR Display Adaptation for Complex Background Visibility
Eye-tracked AR rendering adjusts color and luminance by local background to keep overlays distinguishable in variable lighting.
- Metaverse Content Blocks for Approval and Rights-Controlled Sharing
Block-based metaverse content separates approval and delivery steps to protect uniqueness, manage rights, and link with physical objects.
- Volumetric UI Layers for Privacy-Preserving 3D Interface Positioning
Discrete 3D interface layers let apps request semantic UI depth while the system controls placement to prevent privacy leakage.
- AR Mounting Guidance for Precise Wall Anchor Placement
An AR wall-mounting workflow calculates the anchor spot from object hardware and shows a visible mark to improve placement accuracy and avoid wall damage.
- MR Play Area Mapping for Cross-Room 3D Alignment
By comparing both users' room shapes, the system sets MR play areas that keep remote 3D avatars from appearing inside walls.
- Augmented Reality Messaging With Context-Based Delivery Triggers
AR messages are pre-set with time, location, or visual triggers so content and audio appear asynchronously at the right moment.
- Hybrid Passthrough AR Display for Solid Virtual Occlusion
Combines an occluder mask with camera-based passthrough to reduce ghosting, blur, and halo artifacts in near-eye AR.
- AR Eyepiece Waveguide Gratings for Multi-Depth 3D Viewing Comfort
Distributed ICG and CPE gratings shift and expand AR images across depth planes to reduce accommodation-vergence discomfort.
- Surgical Microscope Augmented Imaging With Depth-Layered Transparency
Depth-layered transparency separates real and virtual content in surgical microscope views, preserving depth perception while reducing observer distraction.
- Mixed Reality Perspective Locking for Spatial Alignment
Spatial anchors and temporary position-orientation locks keep mixed-reality views aligned as users switch between human-scale and large-scale perspectives.