Ultrafast imaging based on coherent plane-wave compounding is one of the most important
recent developments in medical ultrasound. It significantly improves the image quality and …

Plane-wave (PW) ultrasound imaging allows for ultrafast image acquisition rates, thus
enabling new biomedical applications, such as ultrasound-based blood flow and tissue …

Plane-wave-based ultrafast imaging has become the prevalent technique for non-
conventional ultrasound imaging. The image quality, especially in terms of the suppression …

Differently oriented specialists and students involved in image processing and analysis
need to have a firm grasp of concepts and methods used in this now widely utilized area …

Given the widespread use of plane-wave ultrasound imaging in biomedical diagnostics
applications, it is important to have a highly efficient mechanism for image reconstruction …

Modern imaging systems typically use single-carrier short pulses for transducer excitation.
Coded signals together with pulse compression are successfully used in radar and …

Plane-wave ultrasound imaging is an important modality that enables very high frame rates,
which is necessary for adequate characterization of blood flow and tissue motion properties …

Ultrasound imaging plays an important role in biomedical diagnostics due its safety,
noninvasive nature, and low cost. Conventional ultrasound systems typically form an image …

Ultrasound is a widely employed biomedical imaging modality enabling non-invasive, low-
cost, and real-time diagnostics. In a typical ultrasound system, a multi-channel transducer …

Coherent plane-wave compounding (CPWC) ultra-sound imaging enables the data
acquisition rates of hundreds and even thousands of frames per second. To perform CPWC …