Details Involving Processing Steps TRIZ Cases

Virtual site survey system uses torque marks to verify connection integrity, eliminating time-consuming manual inspections across distributed cell sites.

A multi-view interactive digital media representation viewer captures vehicle undercarriage images to enable automated damage detection.

A photo analysis system detects parallel lines to determine vanishing directions for automatic plane generation in 3D mesh models.

Visible light scanning creates a 3D model to locate pin bones, replacing expensive X-ray equipment while maintaining detection accuracy.

Convolutional neural networks generate heat maps and 3D models from digital images to extract structural features.

Multi-camera synthesis builds a unified 3D pallet model to preserve history and prevent information loss.

A depth hull reconstruction system generates accurate three-dimensional object representations from multi-view silhouette masks and depth maps.

Periodic depth sensing maintains real-time 3D reconstruction quality while minimizing battery drain through dynamic activation based on camera pose changes.

Acoustic positioning mediates satellite navigation for precise underwater terrain mapping while optical cameras capture surface textures.

A processing system generates a single uniform mesh dataset from multiple three-dimensional volumetric inputs to reduce file size.

Markerless arm tracking generates accurate 3D avatars to resolve the trade-off between device complexity and immersion quality in video conferences.

A reconfigurable circuit processor selects dynamic configurations to process image data features.

Machine learning predicts object poses from 2D images to generate volumetric models, resolving occlusion gaps that limit depth sensor reliability.

Directional light sources create brightness variations on monochrome objects, enabling accurate 3D model reconstruction without relying on diffuse illumination.

Low-detail plane representations guide high-detail surface generation to eliminate duplicative information and reduce noise-like aberrations.

A method maps linguistic descriptors to 3D body shapes using principal component analysis for intuitive avatar creation.

Smart glasses generate 3D printing data via sensor fusion to eliminate professional modeling software requirements.

A virtual-viewpoint image generator uses depth images and boundary detection to create pixel maps that determine contributing ratios for each pixel position.

A mesh generator combines 2D color vertexes with 3D depth data to create unified object models.