An API exposes neural network capabilities to generate interpolated video frames.
A method selects spatial domain filters to interpolate fractional pixel values from integer units.
A transmission apparatus maps omnidirectional video to planar formats using standardized metadata structures.
A processing apparatus combines multiple viewpoint frames to generate a high-resolution image by segmenting changed areas from stable regions.
Calibrating 3D stereoscopic displays via user-adjusted virtual models to align with physical objects.
Integer parameter convolution in an AI encoding device reduces memory and computational demands for high-resolution image processing.
A signature generator scales touch input to fit a card bounding box.
A video pre-processor scales full-motion video resolution before frame buffer write operations to reduce memory bandwidth consumption.
A computer-implemented method generates two-dimensional front elevation images of streets by applying orthographic projection onto a plane.
Transforms spatial sensor correlations into image patterns, enabling rapid abnormal situation detection without predefined thresholds.
Partitioning 3D data into multi-level detail chunks reduces loading times and bandwidth usage during interior environment streaming.
Processor adjusts intraluminal image magnification based on measured vessel diameter to maintain consistent display scale.
A glass-type mobile terminal controller detects surrounding objects to modify virtual reality images for safer user interaction.
Decomposing seismic images into frequency subsets enables high resolution imaging through independent forward modeling and combination.
A virtual object movement system displays separate collision and input indicators to resolve user intent ambiguity during obstacle interaction.
A multi-scale image processing method reconstructs blurred and noisy images by splicing zoomed-in feature maps with original inputs.
Geospatial mapping systems promote artifact data into layer sets to enable advanced features, resolving latency and information completeness trade-offs.
Lifting decomposition transforms point cloud attributes into scalable coefficients, enabling accurate reconstruction from lossy to lossless fidelity.
A display device uses a lookup table with bilinear interpolation to calculate pixel compensation values for specific locations.
Server dynamically scales TG-18 test image components and borders to match mobile device display sizes, resolving resolution mismatch issues.
A synthetic image generation system produces varied RGB-D object images from 3D models to train recognition classifiers.