To investigate the clinical impact of a recently introduced speed of sound (SOS) aberration correction algorithm in ultrasound (US) imaging systems for image guided radiotherapy (IGRT). The SOS algorithm was applied to four prostate cancer patients and two liver cancer patients to assess in a real clinical application the extent and spatial distribution of the correction
Inhomogeneous acoustic velocity in human tissue introduces phase aberration in ultrasonic imaging sy...
Most ultrasound imaging techniques necessitate the fundamental step of converting temporal signals r...
Purpose. Due to its safe, low-cost, portable, and real-time nature, ultrasound is a prominent imagi...
To investigate the clinical impact of a recently introduced <i>speed of sound</i> (SOS) aberration c...
Purpose: The purpose of this work is to assess the magnitude of speed of sound (SOS) aberrations in ...
Conventional ultrasound (US) devices use the time of flight (TOF) of reflected US pulses to calculat...
Purpose To introduce a correction for speed of sound (SOS) aberrations in three dimensional (3D) ult...
Purpose: To show the effect of speed of sound (SOS) aberration on ultrasound guided radiotherapy (US...
US systems assume that speed of sound (SOS) is constant in human soft tissues (at a value of 1540 m/...
Purpose: To show the effect of speed of sound (SOS) aberration on ultrasound guided radiotherapy (US...
PurposeBy measuring the discrepancy of distance in electromagnetic tracking (EM) versus ultrasound i...
Medical ultrasound imaging is in widespread use today due to its low cost, portability, lack of side...
Abstract—Our experimental setup for ultrasound computer tomography (USCT) has a cylindrical aperture...
Echography relies on the transmission of ultrasound signals through biological tissues, and the proc...
Inhomogeneous acoustic velocity in human tissue introduces phase aberration in ultrasonic imaging sy...
Most ultrasound imaging techniques necessitate the fundamental step of converting temporal signals r...
Purpose. Due to its safe, low-cost, portable, and real-time nature, ultrasound is a prominent imagi...
To investigate the clinical impact of a recently introduced <i>speed of sound</i> (SOS) aberration c...
Purpose: The purpose of this work is to assess the magnitude of speed of sound (SOS) aberrations in ...
Conventional ultrasound (US) devices use the time of flight (TOF) of reflected US pulses to calculat...
Purpose To introduce a correction for speed of sound (SOS) aberrations in three dimensional (3D) ult...
Purpose: To show the effect of speed of sound (SOS) aberration on ultrasound guided radiotherapy (US...
US systems assume that speed of sound (SOS) is constant in human soft tissues (at a value of 1540 m/...
Purpose: To show the effect of speed of sound (SOS) aberration on ultrasound guided radiotherapy (US...
PurposeBy measuring the discrepancy of distance in electromagnetic tracking (EM) versus ultrasound i...
Medical ultrasound imaging is in widespread use today due to its low cost, portability, lack of side...
Abstract—Our experimental setup for ultrasound computer tomography (USCT) has a cylindrical aperture...
Echography relies on the transmission of ultrasound signals through biological tissues, and the proc...
Inhomogeneous acoustic velocity in human tissue introduces phase aberration in ultrasonic imaging sy...
Most ultrasound imaging techniques necessitate the fundamental step of converting temporal signals r...
Purpose. Due to its safe, low-cost, portable, and real-time nature, ultrasound is a prominent imagi...