To address the limitations of current sensor systems for field applications, the research
community has been actively exploring new technologies that can advance the state-of-the …

In the past two decades, a significant number of innovative sensing and monitoring systems
based on the machine vision‐based technology have been exploited in the field of structural …

Monitoring structural displacement responses can provide quantitative information for both
structural safety evaluations and maintenance purposes. To overcome the limitations of …

A novel noncontact vision sensor for simultaneous measurement of structural displacements
at multiple points using one camera is developed based on two advanced template …

Cable is the most important component in cable-supported bridges and roof structures.
Existing vibration methods for cable tension estimates are mainly based on measured …

Computer vision-based structural deformation monitoring techniques were studied in a large
number of applications in the field of structural health monitoring (SHM). Numerous …

The emerging noncontact vision-based displacement sensor system offers a promising
alternative to the conventional sensors for quantitative structural integrity assessment …

In the class of not-contact sensors, the techniques of vision-based displacement estimation
enable one to gather dense global measurements of static deformation as well as of …

To overcome the drawbacks of the traditional contact-type sensor for structural displacement
measurement, the vision-based technology with the aid of the digital image processing …

The advent of inexpensive digital cameras with depth sensing capabilities (RGB-D cameras)
has opened the door to numerous useful applications that need quantitative measures of …