In ultrasound array imaging, the beamforming operation is performed by aligning and processing
the received echo signals from each individual array element to form a complete image…

Plane-Wave imaging (PWI) can produce a complete image after a single transmission of an
unfocused ultrasound beam, and therefore can achieve ultrahigh frame rates of thousands …

Beamforming methods are usually presented and examined in the literature using specific
imaging equipment and settings. However, the performance of any beamforming method is …

Compounded Plane-Wave Imaging (CPWI) has the ability to provide ultrafast imaging for
many applications like colour flow imaging, microbubble imaging and elastography. The …

Up to date, adaptive beamforming technologies have been successfully introduced to medical
ultrasound imaging, resulting in a considerable improvement in imaging quality versus …

FDMAS has been successfully used in microwave imaging for breast cancer detection. FDMAS
gained its popularity due to its capability to produce results faster than any other adaptive …

Compound plane-wave imaging (CPWI) is a widely used and investigated imaging
technique in medical ultrasound because it provides high quality ultrafast imaging for recent …

In ultrasound B-mode imaging, the axial resolution (AR) is commonly determined by the
duration or bandwidth of an excitation signal. A shorter-duration pulse will produce better …

As an alternative to delay-and-sum beamforming, a novel beamforming technique called
filtered-delay multiply and sum (FDMAS) was introduced recently to improve ultrasound B-…

The adaptive filtering algorithm of Normalized Least Mean Square (NLMS) is known to be
highly efficient in terms of requiring less number of iterations compared to the reference Least …