Imaging systems are widely applied in harsh environments where the performance of
shallow‐designed systems may deviate from expectation. As a representative scenario …

Recently, thermal cameras are being widely used in various fields, such as intelligent
surveillance, biometrics, and health monitoring. However, the high cost of the thermal …

The measurement accuracy and reliability of thermography is largely limited by a relatively
low spatial-resolution of infrared (IR) cameras in comparison to digital cameras. Using a …

A high-resolution thermal camera is very expensive and is thus difficult to be used.
Furthermore, thermal images become blurred in various cases of object motion, camera …

In this work, we examine the potential application of thermal cameras in improving
perception capabilities in adverse weather conditions like snow, night-time driving, and …

Thermal cameras are an important tool for agricultural research because they allow for non-
invasive measurement of plant temperature which relates to important photochemical …

Infrared thermal imaging presents significant potential in various domains. However, the
widespread development of this technology is hindered by the high cost associated with …

In recent years, thermal cameras are extensively employed in several industries, including
biometrics, intelligent surveillance, and health monitoring. The thermal cameras' exorbitant …

Deep learning (DL) is a powerful tool in computational imaging for many applications. A
common strategy is to use a preprocessor to reconstruct a preliminary image as the input to …

The mini-infrared thermal imaging system (MITIS) has been widely applied in outdoor
photography, military observation, medical auxiliary diagnosis, and so on. However, due to …