Ultrasound imaging system analyzes echo data and tissue warping to automatically detect needles, eliminating manual input requirements that reduce frame rates.
A display shows cumulative scan time for diagnostic subjects to support operator decisions.
Handheld ultrasonic device emits pulses from multiple angles to record echoes and reconstruct internal tooth structures in three dimensions.
Modified variable sampling beamforming spaces quadrature samples by quarter wavelengths to reduce data transfer rates.
Orientation-independent augmented reality indicators guide non-expert operators to capture accurate anatomical views without complex training.
Reference image pattern matching corrects probe deviation to ensure accurate temporal luminance variation measurement without increasing data capacity.
Merges electromagnetic and ultrasound tracking to maintain accuracy despite magnetic interference.
A non-invasive system measures intracranial pressure using electromagnetic wave transmission and reflection analysis through the skull.