Although color flow imaging is one of the representative applications of the Doppler method,
it can estimate only the velocity component in the direction of ultrasonic propagation, that is …

The multi-angle Doppler method was introduced for the estimation of velocity vectors by
measuring axial velocities from multiple directions. We have recently reported that the …

Conventional Doppler techniques can only detect the axial component of blood flow. To
obtain the transverse flow component, an approach based on the dependence of Doppler …

Purpose Doppler-based methods are widely used for blood flow imaging in clinical settings.
However, they inherently estimate the velocity component only in the axial direction …

Although the technique for measuring blood flow based on the ultrasonic Doppler method is
an important means for clinical diagnosis, it is inappropriate for quantitative assessment of …

A quantitative angle-independent 2-D modality for flow and tissue imaging based on multi-
angle plane wave acquisition was evaluated. Simulations of realistic flow in a carotid artery …

This paper introduces a new velocity estimator, referred to as the 2D autocorrelator, which
differs from conventional Doppler techniques in two respects: the derivation of axial velocity …

The Doppler effect is usually described as a frequency shift of the backscattered signals from
moving targets with respect to the frequency transmitted. Recently, real-time blood flow …

Two-dimensional angle-independent blood velocity estimates typically combine the Doppler
frequencies independently measured by two ultrasound beams with known interbeam …

Current clinical Doppler ultrasound systems could only measure the flow vector parallel to
the ultrasound beam axis, and the knowledge of the Doppler angle (beam-to-flow angle) is …