The SC NIR complements FLIR’s range of products for R&D and automation applications to include: scientific research, imaging spectroscopy, astronomy. For scientific studies, R&D and critical processes, Flir Systems Inc. has announced its model SCNIR (near-infrared) camera. The fully. FLIR is the world leader in the design, manufacture, and marketing of thermal imaging infrared cameras.

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For example, hairs are more reflective in SWIR spectrum.

FLIR Systems SC2500 Infrared Cameras

Newer Post Older Post Home. Concerning video analytics, SWIR imaging allows detection, recognition and identification of objects and persons. These results are in agreement with previous works [3][4].

A high-pass filter was added to the optical system of the FLIR camera for selecting the wavelengths comprised between 0.

This test was done at outdoor in a garden composed of trees, grass and one path. Another interesting point is that the phenomenon of nightglow, which is a very weak emission of light in the upper atmosphere, is more radiant in SWIR spectrum. We observe in Figure 5 that the person disappears in the fog in the visible image while the same person is still visible in the SWIR image 2.


Thermal imaging camera / infrared / focal plane array / GigE – FLIR SC Series – FLIR SYSTEMS

This technology could be used by the firefighters for seeing through the smoke during an intervention. The results are presented below. This technology provides also a strong visibility at dusk and dawn hours. For this test, we sc5200 a fog machine which can produce 40m3 of artificial fog per minute.

Volumepp For this test, we used a fog machine which can produce m3 of artificial fog per minute. Flur video analytics, the SWIR imaging has advantages for extracting and locating features by using algorithms designed for visible spectrum. As shows in Figure 3, the maximum radiant of nightglow in SWIR spectrum is similar at the radiant measured at 0. Rameshwar M September 27, at 9: Foir conclusion, SWIR imaging allows using algorithms designed for analyzing visible images [2].

In this work, the fog was simulated by machines.

September th, Toulouse, The experimentations, realized in October,show that persons are still detectable through artificial fog at indoor and outdoor conditions. The duration of test is 30 minutes. Moreover, if the artificial fog is too dense 3the two persons in the sc25000 are only detectable in IR image 3. The duration of test is nine minutes.


The sensitivity bandwidth is comprised between 0. Differences in appearance between the visible and SWIR images are due to reflective material properties.

The nightglow phenomenon allows also producing an image by night. The SWIR imaging is used in flif surveillance for seeing through fog, haze, dust and smoke. As presented in the theoretical part, an array sensor, composed of InGaAs, could produce images of a scene with poor visibility such as a scene with haze, fog and smoke.

Visible and SWIR streams were recorded from both cameras: A pass-band filter was added to the optical system of the FLIR camera for selecting the spectrum centered at wavelength around 1. This test was done at indoor in a room of 15m2. A future experimentation would consist in generating images in SWIR spectrum of scenes with smoke in real conditions. Image Analysis and Processing.