Switching between follow mode and advance positioning helps a mobile body guide specific users safely in crowded spaces.
A neural network combines local and global medical image features to segment and classify tubular structures without post-processing.
A biometric authentication apparatus corrects hand vein shape data using finger opening angle indices to align registration and matching postures.
Bookmark propagation enables precise volumetric tracking of aneurysms over time, resolving diagnostic accuracy challenges in complex vascular imaging.
A biometric sensor captures hand surface data using sequential illumination sources to extract dark line features.
Active appearance models reconstruct missing face elements by correlating input structures with statistical shape and luminance parameters.
A finger vein authentication system extracts patterns via level set curvature calculations using near-infrared imaging.
An image processing device captures scattered light from multiple positions to reconstruct internal structures.
A quantum dot thin film transistor integrates with micro LEDs to detect suspension operations and biometrics via near-infrared reflection.
A biometric verification apparatus selects an optimum datum axis to reduce arithmetic operations during neighbor discovery.
Acquiring conjunctival vascular images creates unique biometric templates for secure identity verification.
A finger vein authentication device extracts vascular pattern shading to acquire rich biometric data from a single image.
A fixed camera captures a rolling finger to calculate positional differences for blood vessel pattern alignment.
A biometric authentication apparatus captures vessel images using near-infrared light to extract position and size data for identity verification.