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With the use of a polarisation camera, it is simpler to learn about the surface orientation of single-colored objects that are difficult to differentiate as well as to identify difficult-to-separate differences between transparent and opaque surfaces.
Polarization data is collected from a subject by a polarisation camera. Information about amplitude (brightness), wavelength (colour), and polarisation are all included in light.
The brightness and colour of visible light can be perceived by humans, but polarisation information cannot be perceived by humans.
Compound eyed insects are capable of sensing polarisation, and it is believed that their perception of the environment is very different from humans.
A conventional camera’s ability to acquire polarisation information only allows for the observation of intensity variations caused by a polarisation filter rotating in front of the camera.
Without mechanically altering the polarisation filter or other parameters, Ricoh has created a polarisation camera that records polarisation images in real-time.
A wide variety of applications are feasible, including factory automation (FA), of course, as well as those in the food, pharmaceutical, and security sectors.
The Global Polarized camera market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
The Sony Polarized Camera SDK for Nvidia Jetson is launched. With the release of an SDK for its XCG-CP510 polarised machine vision module, Sony Europe’s Image Sensing Solutions division has made it possible for software to be created for it to run on Nvidia Jetson embedded AI computer systems.
With the release of an SDK for its XCG-CP510 polarised machine vision module, Sony Europe’s Image Sensing Solutions division has made it possible for software to be created for it to run on Nvidia Jetson embedded AI computer systems.
The XCG-CP510 extracts picture data in 4 light planes—0o, 90o, 45o, and 135o—using the IMX250MZR sensor, the first in the industry to include polarisation functionality at the pixel level.
Pixels are assigned to a plane in a 2×2 calculation unit, and Stokkes Vector is used to determine the precise angle of light.
THIS REPORT WILL ANSWER FOLLOWING QUESTIONS OF POLARIZED CAMERA MARKET
