Advances in microbolometer detectors have led to the development of infrared cameras that
operate without active temperature stabilization. The response of these cameras varies with …

Advances in microbolometer long-wave infrared (LWIR) detectors have led to the common
use of infrared cameras that operate without active temperature stabilization, but the …

Radiometric calibration methods are described that enable long-term deployment of
uncooled microbolometer infrared imagers without on-board calibration sources. These …

The calibration of uncooled thermal infrared (IR) cameras to absolute temperature
measurement is a time-consuming, complicated process that significantly influences the cost …

Infrared (IR) cameras based on microbolometer focal plane arrays (FPAs) are the most
widely used cameras in thermography. New fields of applications like handheld devices and …

Accurate and efficient thermal-infrared (IR) camera calibration is important for advancing
computer vision research within the thermal modality. This paper presents an approach for …

In uncooled long-wave infrared (LWIR) microbolometer imaging systems, temperature
fluctuations of the focal plane array (FPA) result in thermal drift and spatial nonuniformity. In …

Uncooled infrared focal plane arrays are being developed for a wide range of thermal
imaging applications. Developments are focused on the improvement of their sensitivity …

Raytheon Sensors and Communications Systems has developed a prototype infrared
imaging rifle-sight using an uncooled, microbolometer FPA. The Longwavelength Staring …

SBRC has developed a high-quality 320 X 240 room-temperature infrared FPA that operates
in the 8-14 micrometers spectral band. The FPA is based upon the silicon microbolometer …