Parallel digital image correlation (DIC) computation has been increasingly used in DIC
community due to the growing requirement on real-time deformation monitoring. In existing …

With the increasing demands on the real-time measurement using digital image correlation
(DIC), the fast and ultra-fast computation are attracting much more attention from academic …

Current iterative digital image correlation (DIC) algorithms can efficiently converge at the
deformation vector with high accuracy when they are fed with reliable initial guess. Thus, the …

With the increase in digital image correlation (DIC) applications, the computational efficiency
of DIC is becoming increasingly important. In previous studies, real-time DIC was realized …

Measuring surface deformation of objects with natural patterns using digital image
correlation (DIC) is difficult due to the challenges of the pattern quality and discriminative …

The initial guess transferring mechanism is widely used in iterative DIC algorithms and leads
to path-dependence. Using the known deformation at a processed point to estimate the …

Background Deep learning-based digital image correlation (DL-based DIC) has gained
increasing attention in the last two years. However, existing DL-based DIC algorithms are …

Accurate initial guess plays a key role to realize full-automatic digital image correlation (DIC)
analysis, especially when large rotational deformation presents in deformed images. In this …

For the digital image correlation (DIC) method, the measurement of specimens with complex
shapes may encounter difficulties due to the time-consuming recognition of region of interest …

The implementation of digital image correlation (DIC) involves several different problems,
such as image prefiltering, image intensity gradient calculation, image intensity interpolation …