Geometric Image Transformation TRIZ Cases

Square display screen maintains equal image size for portrait and landscape formats, eliminating compression distortion on rectangular screens.

System removes unnecessary black bars from received images by extracting content area, resolving aspect ratio mismatches between Wi-Fi Direct devices.

A transforming area divider arranges dividing points to split an image region into small areas for precise geometric manipulation.

A vehicle visibility support device trims camera images using vertical and horizontal reference lines anchored to the host vehicle body.

A method for converting 3D model texture maps using Laplace coordinates to generate accurate two-dimensional representations.

Computes in-line holograms to determine mask patterns, resolving computational inefficiency in optical proximity correction.

Chunk-level packing metadata allows mid-stream compression switching, reducing processor complexity and unrequested memory storage.

A traffic sign recognition system uses morphological thinning to extract alphanumeric characters from vehicle-captured images.

Segmented color filters with tailored transmittance capture spectral data, eliminating demosaicing artifacts and preserving image resolution.

Hardware-efficient text-to-image diffusion models replace attention layers with convolutional blocks to reduce on-device latency.

A digital device interface changes shape and index order based on slide touch inputs to display content objects.

A virtual endpoint scales media streams to manage bandwidth efficiently in distributed video conferencing networks.

A foldable display system uses bend and view sensors to calculate image data compensation for deformed screens.

Segmenting images into contextually relevant regions allows transmitting high-resolution areas while reducing file size and loading time for mobile users.

Web browsers generate thumbnail image previews of linked web pages to resolve uncertainty about content before users navigate away from the current message.

A system detects mirrored image states and applies horizontal flipping to align visual data consistently.

A main control chip detects display signal intensity and resolution to calculate picture dimensions for proportional output.

Jointly trained deep neural networks execute intelligent resolution transformations that lower bitrate while maintaining image quality.

Dynamic syntax element signaling for triangular projection layouts resolves fixed layout constraints to reduce bitrate requirements.

Inspector sub-models predict transformation parameters for input data before filter sub-models apply convolution kernels.

Local regional proposal boxes isolate object features to maintain detection accuracy despite background interference and overlapping objects.

A dynamic foveated pipeline adjusts image resolution using scaling factors to optimize simulated reality rendering.

Sequential generative neural networks progressively upscale resolution, reducing computational complexity while maintaining temporal coherence.

Rotating 3D images around an imaginary axis vertical to the image surface prevents geometric distortion and overlap common with display-surface rotation.

A spliced panel system acquires images to detect display arrangements and automatically divides content for each unit.

A low-resolution image conversion method classifies patches into categories to apply pre-stored kernels for high-resolution generation.

Frequency domain transformation extracts statistical features to identify original resolution in compressed media.

A virtual screen projection unit converts captured images to display undistorted three-dimensional objects around the vehicle.

A rotating two-dimensional graphical object displays information on a vehicle display.

A vehicle display portion adjusts the emphasizing degree of a moving object frame to maintain visual focus on the detected target.

Interpolating source versions creates customized content aligned with target display classes, reducing production complexity.

Projecting point clouds onto a two-dimensional regularization plane structure utilizes placeholder and depth information maps to reduce redundancy in encoding.

Processor segments images to identify matching pixel blocks for padding, resolving aspect ratio mismatch while preserving temporal coherency.

Image rectification corrects wide-angle lens distortions in rear view mirror simulations.

A vehicle display device projects a virtual vehicle image with captured surroundings pasted as reflections on its surface.

Pre-computing read-copy patterns for requested ratios enables real-time image processing on constrained devices without storing multiple resolutions.

Tile-based segmentation reduces silicon area and power consumption by replacing large image buffers with smaller, sequential processing units.

A fingerprint detection device segments a sensing electrode array to obtain regional signals and adjacent noise data for signal adjustment.

A multiple graphics processor system dynamically adjusts rendering resolution to maintain a constant framerate during heavy loads.

A lightweight Convolutional Neural Network reduces memory usage to 12 MB while maintaining detection accuracy for real-time wildlife alerts.

Extracting local block motion vectors from compressed video streams to generate interpolated pictures for display.

Converting static web content into dynamic audio and video reduces user navigation effort while maintaining information completeness.

A generation unit produces multiple curved planar reformation image data sets containing extracted centerlines of tubular structures.

Pre-renders target content and teleports the viewport to eliminate blank spaces and flashing effects during scroll operations.

A spherical panorama image processing method divides planar views into overlapping regions to determine target pixel values for smooth transitions.

Multi-camera sensor system stitches image data from multiple sensors to create a virtual camera, eliminating mechanical movement and vibration issues.

A face image processing method generates original and reference makeup feature regions for each face part to perform migration calculation.

Virtual surface modeling pre-distorts rectangular images via UV mapping to eliminate curvature distortion on domed projection screens.