Image Enhancement TRIZ Cases

A traveling-state display device transforms road images to stabilize the view and moves a vehicle symbol to show lateral position.

Multi-scale feature fusion resolves complexity trade-offs by enabling precise face and hand association without key point technology.

A multimedia frame-breaking element breaks out of its feed container to create an interactive object.

Decision logic selects tone mapping modes based on target peak brightness, preserving bright highlight details lost in standard dynamic range conversion.

A medical image processing device calculates bone characteristic indicators from reconstructed X-ray Talbot image data.

An image processing apparatus detects edges in CVBS signals before separating luma and chroma components.

Optical coding blurs glasses reflections to recover clear eye images, resolving illumination conflicts in driver assistance systems.

Conversion matrices derived from parasitic heat sensing pixels estimate thermal interference, achieving precise temperature readings without physical probes.

Multi-agent consensus equilibrium system generates alpha mattes from video frames without human input.

A homography matrix defines a matching candidate region in the target image to reduce similarity operations.

A method applies distinct weights to neighboring pixels based on intra-cluster and inter-cluster distances to deconvolve thermal sensor images.

A template matching device evaluates similarity between design and photographic images using dynamic deformation processing.

A target detection section calculates center of gravity positions from optical intensity distributions to determine the actual path of a moving target.

A display control unit renders a boundary image to align intraoperative video with simulation data.

A cell culture evaluation device extracts image features via machine learning to predict ribonucleic acid expression levels.

An image processing apparatus uses independent and dependent signal processors to handle Bayer data from multiple cameras.

A signal processing apparatus estimates lens and transmissive body distortions using feature points in captured images.

A composite image displays target index positions for mixed reality alignment.

An image processing apparatus segments pixels into background and non-background regions to apply targeted luminance corrections for fog removal.

Dynamic programming maximizes an energy function to segment free space from monocular video, resolving reflection and non-flat surface challenges.

Imaging device captures optical signals to guide attitude control, eliminating bulky directivity mirrors and reducing spacecraft volume.

Deep neural networks assess image quality and detect skin anomalies using mobile device cameras, replacing expensive dermatoscopic equipment.

A controller compares pre-transmission and post-reception visual object detection data to identify decreasing object detectability in video streams.

Logarithmic f-stop weighting converts camera signals to display brightness values, resolving dark portion information loss.

Periodic detection of dedicated tracking patterns stabilizes location data for devices with changing displays, reducing power consumption.

Segmented holders fix positional relations to prevent distortion correction accuracy loss from thermal fluctuations.

A photo processing system uses a front-facing camera to capture viewer images and automatically zooms into matched portraits within group photos.

Edge-aware self-supervised module transforms open-source edge data into target foreground segmentation networks, reducing labeled sample requirements.

An occupant monitoring device adjusts parameters based on captured image analysis.

A scanner system uses overlapping camera fields to capture product images from different directions.

Vertical direction distribution segmentation distinguishes actual road surfaces from reflection noise in rainy weather.

Cargo cameras compare image data to detect items left behind, resolving the gap in autonomous vehicle oversight.

One camera captures both marker and markerless data, reducing system complexity and registration needs while maintaining tracking accuracy.

A semiconductor overlay measurement method applies color differentiation to reference and measurement images for clear visual alignment.

Mapping circuitry converts pixels via an intermediate space to preserve hue when input colours exceed the output gamut limits.

An information processing apparatus analyzes print data to extract inspection regions and set precision levels for automated quality checks.

A measuring device estimates spin from video frames using template matching and similarity matrices.

A video processing method segments classroom streams to isolate and enhance individual student face regions.

Binary image conversion and morphological removal of extending outlines resolve personnel interference to improve volume measurement efficiency.

A control unit acquires medical images of an inflated balloon to detect structural abnormalities and triggers automatic depressurization.

A satellite image service system extracts objects from acquired imagery using machine learning algorithms to generate distinct object images for application processing.

A terminal device captures images at distinct focal lengths to generate a difference image for liveness verification.

Automated screening identifies defective diamonds before brazing.

Computes intensity standard deviations to normalize fluorescent signals for accurate live-bead identification.

Automated segmentation of CT scout scans detects high contrast objects to prevent reconstruction artifacts and improve clinical workflow.

A body motion detection device calculates contrast ratios of high and low frequency components to identify movement during imaging operations.

An imaging apparatus analyzes linear RAW image signals to extract spectral distributions and brightness values for rapid scene identification.