Geometric Image Transformation TRIZ Cases

A video stream generation method segments high-resolution distorted images into separate fields of view for independent correction and recombination.

A cognitive manager generates display maps and transformation rules from captured images to configure multi-head setups.

A vehicular head-up display adjusts highlighting indication size and brightness based on preceding vehicle distance.

A system bar automatically acquires background information from an adjoining application page area to configure its own visual appearance without user intervention.

A processor modifies image data to mirror external device content within a virtual environment display.

Vector graphic objects store proportional adjustments to allow arbitrary scaling of animated characters while avoiding visual artifacts and reducing bandwidth.

Twist image pixels using distortion functions to generate augmented training data, resolving the bottleneck of time-consuming manual annotation.

A polyphase finite impulse response filter generates output pixels using dynamic scale factors to minimize aspect ratio distortion.

Electronic device segments display functions to show multiple enlarged image areas side by side, resolving limited monitor size constraints.

Information processing apparatus transmits request messages to specify image counts for combined frames.

Segmenting recognition into low-resolution uplink and high-capacity downlink stages reduces bandwidth consumption while maintaining accuracy.

A flat display panel generates a curved surface effect through visual center point tracking and pixel grid rendering.

Synthesizes multiple camera images into a bird's eye view, resolving limited visibility from side mirrors on large working vehicles.

A printing method applies generic image instructions to variable-sized box substrates using specific transformations for each panel.

Segmenting subpopulations isolates effective promotion variables from data noise, resolving the trade-off between measurement precision and system complexity.

A biometric authentication device extracts finger crotch and wrinkle positions to adjust feature alignment for palm images.

Segmenting the global map into partial areas allows a mobile device to match its local lidar scan for fast, accurate positioning from any starting point.

A self-supervised multi-sequence framework trains neural networks to generate high-resolution images from lower-resolution inputs.

An adaptive processing system adjusts imaging statistics resolution based on scene stability to reduce computational load in auto exposure and white balance algorithms.

A boundary preserving distance metric segments highly textured images into compact superpixels, resolving accuracy and computational efficiency trade-offs.

A multiscale seam carving method uses iterative energy map filtering to resize images while preserving important objects.

A mobile visualization system projects high-resolution 2D images onto 3D meshes to generate navigable scenes.

A universal inking system adjusts ink position based on visual frame changes to maintain annotation alignment.

A radiometric normalization system aligns image layers across multiple zoom levels to maintain consistent visual characteristics.

A cache-based warp engine uses SRAM to accelerate image warping and geometry transformations.

Segmented neural networks filter image data by luminance and chrominance channels, reducing network size while maintaining coding efficiency.

Hardware processor automatically recognizes anatomical structures in medical images to adjust orientation and trim dimensions, reducing radiologist workload.

A method calculates pixel difference sums and deviations to adjust values within a neighborhood range during image enlargement.

An image processing apparatus uses a region sense unit to detect edge and line regions for targeted correction.

Discrete cosine transforms compute residual distortion maps from low-resolution references, reducing processing time for large digital pathology slides.

Rendering engine processes pixel data through mapped models and shaders to resolve resolution complexity trade-offs.

Poisson resampling corrects scintigraphic image noise during resizing to maintain realistic photon statistics and improve diagnostic quality.

Rotating parallel bars perpendicular to pixel direction eliminates Moire interference and low reflectivity issues for accurate barcode decoding.

Offset chrominance sensors prevent overlapping blind regions, while stereo disparity maps align images to eliminate color information loss.

A navigation helmet display system extracts a reduced pixel image based on measured headset orientation for timely rendering.

Decomposing blending equations into base operation sequences reduces hardware complexity while maintaining accuracy across multiple graphics standards.

Pre-warps digital watermark patterns to counteract physical area distortion, ensuring readability across non-cylindrical containers.

Segmentation and dynamics principles optimize RAM usage in configurable multi-tap filters by dynamically adjusting line store widths for specific pixel formats.

Neighbor graph constraints and quadratic solvers correct panorama locations by filtering extraneous planes, resolving noise-induced positioning errors.

Nested indicators and sequential intermediate images resolve spatial context loss during area enlargement.

An image morphing method computes edge gradient parameters to generate intermediate sequences.

Projecting captured images onto a 3D virtual spherical plane prevents guide line distortion and object position errors common in bowl-shaped projections.

A controller adjusts bitmap character edge intensity to match vector characters for consistent image output.

Scale-invariant self-similarity selects patches within the image to reconstruct high-resolution frames without external database searches.

On-chip data augmentation circuits in non-volatile memory dies generate augmented training images directly within the die.

A method overlays current video frames onto geographical reference maps to virtually expand the field of view.

A surround view system combines map information with vehicle position data to generate processed image data for intuitive visualization.

Segmenting the media plane into slices allows independent processing of depth layers, resolving insufficient processing capability for large 3D displays.

A communication application creates rich previews by analyzing messages to extract relevant items like images and documents.

A horizontal scaling filter interleaves pixel data from multiple display surfaces within a single video pipeline to generate weighted output signals.