Abstract Three‐dimensional (3D) medical images are prone to overlap, and there are some
problems, such as low detection efficiency and inconsistent with the actual situation …

As a safe and convenient imaging technology in clinical routine diagnosis, ultrasound
imaging can provide real-time 2D images of internal tissues and organs. To realize real-time …

Phase measurement profilometry (PMP) is primarily employed to analyze the morphology of
a functional surface with precision. Historically, one of the most complex and persistent …

Real-time 3D ultrasound (US) imaging has attracted more attention since it can display
spatial 3D images of tissues and organs in real time to provide important information for …

Mixed sentiment classification (MSC) technology has a significant research value and
application potential in understanding and analysing sentimental interactions. In the process …

在基于相移条纹投影的动态三维测量中, 不同条纹图像中物点, 像点和相位之间的理想对应关系
被破坏, 此时应用传统的相位公式会产生很大的测量误差. 为了减小动态三维测量误差 …

Fringe Projection Profilometry (FPP) with Digital Light Projector technology is one of the
most reliable 3D sensing techniques for biomedical applications. However, besides the …

This contribution presents the last developments of freehand systems for electromagnetic
sensing, focusing on millimeter-wave (mmWave) freehand imaging systems. In particular …

The potential applications of ChatGPT in ultrasound have been discussed and hotly debated
by Chinese scholars. This discussion has also been of great interest to our Editor-in-Chief, Ji …

In response to the problems of low accuracy and complex network structure in existing deep
learning based monocular image depth estimation algorithms, an improved U-NET [1] …