Full-field and remote vibration measurements are highly desirable for various fields from the
natural world to engineering. However, traditional techniques such as laser and vision …

Sensing is the fundamental technique for sensor data acquisition in monitoring the operation
condition of the machinery, structures and manufacturing processes. In this paper, we briefly …

The emerging radar-based vibration measurement technology has attracted much interest in
a wide spectrum of applications, such as mechanical test, structural health monitoring …

Microwave sensing approach has attracted growing interest in the field of measurement of
blade tip clearance (BTC) and blade tip timing (BTT) owing its the applicability in harsh …

Millimeter-wave radar-based full-field displacement measurements are of significant interest
in many applications due to their advantages in remote sensing and adaptability to harsh …

Micro-Doppler effect is of great significance in radar-based rotating target detection,
classification, and micromotion monitoring leveraging on the containing rich physical …

Full-field sound source localization, identification, and area-selectable sound acquisition are
highly desirable for a wide spectrum of applications in acoustic sensing field. However …

Vibration and deformation displacement measurement via imaging radar has attracted
growing interest due to its high sensitivity and harsh environment adaptability. However, it is …

In recent years, there has been a growing interest in the development of ground-based
Synthetic Aperture Radars (GBSAR) for the purpose of monitoring structural displacements …

The microwave radar-based full-field displacement measurement technology offers
appealing advantages over traditional methods, such as long-range monitoring capability …