It is important to assess, monitor, and control civil infrastructure displacements, and
extensive work has been done to develop structural displacement sensing techniques. This …

Structural displacement plays a crucial role in structural health monitoring. However, its
measurement remains challenging for many civil infrastructure applications. This study …

Millimeter-wave (mmWave) radar, with its high resolution, sensitivity to micro-vibrations, and
adaptability to various environmental conditions, holds immense potential across multi …

The recent proliferation of various wireless sensing systems and applications demonstrates
the advantages of radio frequency (RF) signals over traditional camera-based solutions that …

Vibration measurement is vital for fault diagnosis of structures (eg, machines and civil
structures). Different structure components undergo distinct vibration patterns, which jointly …

Monitoring of bridge displacement is essential for providing critical information regarding the
health of bridge structures. However, continuous and accurate monitoring of structural …

Monitoring bridge displacement is necessary to detect early signs of damage, prevent
catastrophic failures, and maintain public confidence in the safety of critical transportation …

Although displacement measurements are critical in the health monitoring of civil
infrastructure, accurate monitoring of structural displacements remains a challenge …

Device-free vital signs monitoring is an emerging technology that utilizes the unique
influence of chest vibrations on surrounding wireless signals to achieve vital signs …

The positioning of indoor electronic devices is an essential part of human–computer
interaction, and the accuracy of positioning affects the level of user experience. Most existing …