Background: Increasing temporal resolution through numerical methods aids clinicians to
evaluate fast moving structures of the heart with more confidence. Methodology: In this …

High frame rate ultrasound (US) imaging enables the monitoring of fast-moving organs. In
echocardiography, this is especially needed due to the existence of rapidly moving …

Higher frame rates are very useful for improving medical diagnosis in fast-moving parts of
the heart, especially in the valves. To this end, we propose a non-polynomial interpolation …

High-temporal cardiac imaging allows for more accurate diagnostics for heart diseases. The
objective of the present work is to propose a technique to improve the temporal resolution of …

Echocardiography is an important imaging modality in daily clinical practices. Lack of image
quality and limited number of frames per second are the major problems of this modality …

Frame rate, ie, the number of frames displayed per second, is a crucial aspect in ultrasound
imaging. Increasing the frame rate is required in echocardiography because it helps …

Ultrasound imaging is an important modality used in medical imaging. One of the significant
stages in the ultrasound imaging is the beamforming process. This article proposes a new …

The temporal resolution of echocardiographic sequences affects the interpretation of cardiac
motion as well as the viewing experience. Temporal resolution, however, is limited by the …

Magnetic resonance imaging (MRI) is a medical technology that uses powerful magnets,
radio waves, and a computer to produce images of the body's internal organs. The patient …

High frame rate three-dimensional echocardiography (3DE) improves the assessment of the
cardiac dynamics by providing a realistic view of the cardiac structures. However, since the …