An image detail enhancement method to effectively visualize low contrast targets in high-
dynamic range (HDR) infrared (IR) images is presented regardless of the dynamic range …

This paper presents an image detail enhancement and noise removal method that accounts
for the limitations on human's perception to effectively visualize high-dynamic-range (HDR) …

This paper presents a noise removal and image detail enhancement method that accounts
for the limitations on human's perception to effectively visualize high-dynamic-range (HDR) …

The high thermal sensitivity of modern infrared (IR) cameras allows us to distinguish objects
with small temperature variations. In comparison with the dynamics of standard displays, the …

Detail enhancement and noise reduction play crucial roles in high dynamic range infrared
image processing. The main focuses are to compress the high dynamic range images with …

In the field of infrared (IR) image processing, displaying a high dynamic range (HDR) image
on a low dynamic range display equipment with a natural visual effect, clear details on local …

We propose a new dynamic range compression technique for infrared (IR) imaging systems
that enhances details visibility and allows the control and adjustment of the image …

Third-generation thermal cameras produce images with high dynamic range (HDR), low
contrast, and blurry edges, which makes them difficult to visualize on traditional display …

High dynamic range (HDR) imaging is used to represent scenes with a greater dynamic
range of luminance on a standard dynamic range display. Usually, HDR images are …

Dynamic range reduction and detail enhancement are two important issues for effectively
displaying high-dynamic-range images acquired by thermal camera systems. They must be …