Interest in the eSWIR band is growing due to focal plane array technology advancements
with mercury cadmium telluride and type-II superlattice materials. As design and fabrication …

Active imaging techniques can provide increased signal-to-noise ratio over passive imaging
approaches, particularly in the reflective infrared bands (NIR, SWIR, and eSWIR) where …

Active imaging techniques such as continuous-wave (CW) illumination and laser range-
gated (LRG) imagery can provide increased contrast-to-noise ratio over passively …

In the last half-decade, the extended shortwave infrared (eSWIR) atmospheric band has
become a focus of investigation for its potential to provide better object discrimination at …

Designing infrared system aids commercial and military users for a plethora of applications.
As the size, weight, and power (SWaP) of broadband infrared imagers decreases, their utility …

Targeting is a vital function of any weapon system, providing visual information about
targets, determining whether those targets are of interest, and helping to track the target for …

In the last half-decade, the extended shortwave infrared (eSWIR) atmospheric band has
become a focus of investigation for its potential to provide better object discrimination at …

With the improvement of infrared detector technology over the last several decades,
traditional design trades regarding the use of different wavebands in optical systems are …

The infrared imaging system represents the culmination of modern science and technology,
finding extensive applications in aerospace, weapon electronics, security, industrial testing …