VISION’s Post

Traditional cameras often suffer from the loss of bright or dark details when shooting high contrast scenes, as the camera's photosensitive components and image processing algorithms cannot simultaneously process areas with significant differences in brightness. The WDR of the new generation zoom block camera achieves simultaneous capture and processing of bright and dark parts by optimizing photosensitive components and image processing algorithms, further improving the wide dynamic effect and making it practical for outdoor monitoring imaging. #WDR #Imaging #ISP #ZoomBlockCamera #CCTV #Technology

One minute, explain the difference between hyperspectral camera and a conventional one! Here is my attempt:

When scientists talk about “seeing beyond Red, Green, and Blue” it’s always intriguing to understand what they mean. We asked our very own Martin Hailstone to explain how the Living Optics Hyperspectral Imaging camera explores light in much greater detail than conventional RGB cameras, enabling computer vision developers to develop applications that are faster and more accurate. If your application requires seeing beyond RGB, Let’s talk! #hyperspectral ; #imaging ; #computervision ; #livingoptics

Will your computer vision problem be easier to solve with a bit more data? Martin Hailstone explains how the Living Optics camera could help you to get to a solution quicker. #hyperspectral #computervision #imaging

Single-shot #HDR, hyper-spectral, plus #depth imaging with a standard camera using a split aperture. Absolute genius! _ #Siggraph2024 Applications in #vfx #photogrammetry #photography #dslr

"This ultrahigh-speed sequence shows the liftoff of a pressurized PET drink bottle from a toy rocket launcher. Captured by the v2511 Ultrahigh-speed camera, these "Mach discs" or "Mach diamonds" emerge as the flow reaches under-expanded supersonic flow from the nozzle. These objects are the result of standing shockwaves caused by abrupt pressure changes. The direction-indicating color Schlieren technique used visualizes the density gradients produced. Winner of the “Excellent Slow Motion Award” at ICHSIP 31 in Osaka, Japan, this experiment was conducted by Mr. Phred Petersen, RMIT University, Melbourne, VIC with the assistance of Phil Taylor, Phantom Camera Field Applications Engineer. Captured rate: 50,000 fps and slowed for viewing by a factor of 2,000. Exposure: 1µs." Phantom Cameras - Vision Research "Phantom v2511 Ultrahigh-Speed Camera - Capturing pressure changes with Schlieren imaging " @Justin Hodges Thanks for sharing

One for the diary, for those interested to learn more about hyper-spectral imaging and the applications! 🚀 #HSI #hyperspectral

#6G Holographic device in 6G communication (see below pic) Remarks: Hologram technology uses light waves and laser beams to create 3D images, or holograms, that appear to float in space.

Have you ever considered the importance of light? Natural light is fundamental for our daily life, and it is also important for our wellness. ☀️  I love walking during the day under the sun, no matter if this is in the mountains or on sand on the beach.  Colors around us change aspects according to the different moments of the day and the light they are exposed to. 🎨  In Machine vision there would be a lot to say about light; a proper one highlights the details we need by creating contrast and helps detect the details we need to get.  At MaVis Imaging GmbH portfolio of illumination systems is wide enough to support any application needed.  If you would like to add the illumination to your machine vision device stop by and explore: https://lnkd.in/d4ZcySuR #MaVis #Machinevision #vision #light  

Did you know #RochesterNY is a Top 5 Patent-Producing Major Metro? Our city is home to incredible innovations like Vuzix Corporation’s AR Smart glasses, Carestream’s 2D/3D medical imaging technology, EagleView’s geospatial data and aerial imagery, and many others. Hear Greater Rochester Enterprise's Matt Hurlbutt and Brennan Somers of WROC-TV Channel 8 discuss this patent ranking and how it showcases the region's potential for business growth in this GRE Why ROC segment: https://bit.ly/3Zqol7D #WhyROC #GreaterROC #ROC