Sony Corp

4-14-1, Asahi-cho Atsugi-shi
Kanagawa-ken 243
Japan
81-3-6748-2111
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(Image credit: ANU)
A hologram of fibroblast cells taken at a light intensity substantially above the shot-noise limit has relatively low noise (top). A shot-noise-limited hologram of the fibroblast cells has obvious high noise (center). A Holo-UNet-restored shot-noise-limited hologram has an image quality comparable to the hologram taken at a high intensity. These images are stills from an ANU video that can be found at https://youtu.be/nNkcdZsveHQ.
Quantitative phase microscopy (QPM) systems operating under low light to preserve cells can now have high-quality digital-holographic images, thanks to machine learning.
FIGURE 1. Experiments made use of NASA’s K-REX2 rover, pictured here night testing in the Roverscape (a). The virtual bumper setup comprises a multi-dot laser projector and camera mounted on the leading edge of the rover (b).
A calibrated machine vision camera and multi-dot laser projector system provides a virtual bumper for planetary rovers.
(Image: Sony Corporation)
content_dam_lfw_online_articles_2012_08_sony_stack
Tokyo, Japan--Sony Mobile Communications has developed miniature back-illuminated CMOS image sensors that contain pixels stacked over their electrical circuits rather than laid...

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