Ultrasound imaging is now in very widespread clinical use. The most important
underpinning technologies include transducers, beam forming, pulse compression, tissue …

Breast imaging is largely indicated for detection, diagnosis, and clinical management of
breast cancer and for evaluation of the integrity of breast implants. In this work, a prospective …

Although mammography is the gold standard for breast imaging, its limitations result in a
high rate of biopsies of benign lesions and a significant false negative rate for women with …

We discuss a bent-ray ultrasound tomography algorithm with total-variation (TV)
regularization. We have applied this algorithm to 61 in vivo breast datasets collected with …

We present here a quantitative ultrasound tomographic method yielding a sub-mm
resolution, quantitative 3D representation of tissue characteristics in the presence of high …

Objective and motivation Time-of-flight (TOF) tomography used by a clinical ultrasound
tomography device can efficiently and reliably produce sound–speed images of the breast …

Tumor response to neoadjuvant chemotherapy in patients (n= 30) with locally advanced
breast cancer (LABC) was examined using quantitative ultrasound. Three ultrasound …

The Twente photoacoustic mammoscope (PAM) uses pulsed light at 1064 nm to excite PA
signals. Detection is using a planar 590-element ultrasound (US) sensor matrix. Image …

Rationale and Objectives To indicate that 3D low-frequency ultrasound tomography with 3D
data acquisition (volography) is a safe, low-cost, high-resolution, whole-body meso-scale …

Purpose Quantitative Transmission (QT) ultrasound has shown promise as a breast imaging
modality. This study characterizes the performance of the latest generation of QT ultrasound …