Image Data Processing TRIZ Cases
- 3D AR Chat Thread Placement for Context-Aware Messaging
Anchoring chat messages to real locations, this case uses spatial mapping and object detection for safe, intuitive 3D AR interaction.
- Timecode-Based 3D Model Selection for User-Controlled AR Synthesis
Timecode-linked 3D model variants let users choose and synthesize AR object views with captured images while controlling position, orientation, and size.
- AR Content Generator Mapping for Low-Latency Product Rendering
Server-side AR content generator mapping cuts client processing load, reducing lag and dropped frames in product visualization.
- Broadcast Object Transfer to Mobile AR for Seamless Transactions
Object detection in broadcast streams feeds mobile AR displays, letting users select and buy featured items with less transaction friction.
- Stereoscopic Interface Depth Transition for Eye Comfort
Smooth intermediate depth shifts guide viewer focus during naked-eye 3D scene changes, reducing eye discomfort and unclear viewing.
- Volumetric UI Layers for Privacy-Safe 3D Interface Placement
Discrete 3D interface layers let apps request semantically labeled UI depth zones while blocking arbitrary placement that can expose user privacy.
- Virtual Nose Line Shaping Using Mobile Reference Point Control
Mobile facial capture and angle-constrained reference points make virtual nose shaping more accessible while guiding rhinoplasty planning.
- AR/VR Content Authoring With 3D Asset Reuse and User Analytics
Non-programmer AR/VR authoring combines 3D asset reuse, scenario tools, and user interaction analytics to cut creation cost and complexity.
- AR Text Layout and Positioning for Limited Field of View
Adaptive AR text restructuring and placement improve visibility, readability, and cognitive load in limited see-through displays.
- AR Virtual Object Position Hold Beyond Marker Tracking Limits
By interrupting reference updates after valid tracking, AR can keep virtual objects visible without continuous marker alignment.
- XR Content Navigation for Shared Field-of-View Collaboration
A central XR navigation platform aligns multiple users on the same VR object area by coordinating and presenting a shared field of view.
- Virtual Object Rendering for Multi-User AR View Alignment
Surrounding-environment data lets each user render the same virtual object with better real-space alignment, reducing optical deviation and discomfort.
- Terminal Viewpoint VR Scene Switching for Interactive Transitions
Crossing a virtual model edge plane triggers real-to-virtual scene switching, improving VR interactivity and personalized user response.
- AR Video Overlay on Live Images Without 3D Modeling
By detecting a target image in live footage and playing linked video at that position, this case avoids 3D modeling cost and delay.
- Local Server Content Sharing to Reduce AR/VR Data Transfer
Geographic device grouping and a local server cut AR/VR content traffic, easing congestion and improving delivery over unstable connections.
- Head-Mounted Display Safety Zones for Mixed Reality Content Access
Safety-zone gating lets a head-mounted display unlock mixed reality content through affordances, balancing wider display space with user safety.
- AR Lash Extension Guidance Using 3D Facial Landmarks
Real-time 3D facial landmark overlays guide lash extension placement, improving precision despite limited visibility in the eye area.
- AR Object Replacement Using Location-Based Preference Clusters
AI classifies nearby objects by location cluster and user interest, then replaces low-interest AR content with more relevant purchasable items.
- Multi-View Media Editing Through Navigable 2D and 3D Insertions
Analyzes multi-view digital media to place navigable 2D or 3D elements in suitable scene locations, enabling editable 3D views.