Neuromorphic vision sensing has demonstrated impressive results for its use in machine vision applications and is gaining broader commercial traction. Several companies have introduced multiple generations of neuromorphic visions sensors and a true ecosystem has evolved. Developers recognize its data-efficient approach to sensing and acquisition.
Mike Sottak is no stranger to change. After growing tech roots in Silicon Valley, he and his wife/business partner Toni Sottak
While a number of startups have been hard hit by efforts to curb the spread of the COVID-19 virus,
Holography is coming back. Not in the familiar sci-fi movie form of, for example, Princess Leia and R2D2, but as a commercial head-up display (HUD) for next-generation vehicles to aid drivers and passengers.
New Mexico-based 3D printing solutions provider, Optomec, has released an independent study showing the validity of automated laser cladding for gas turbine engine repairs.
The study, conducted by Terry VanderWert, a 40-year veteran in laser process technologies, was commissioned by Optomec and concludes the automated metal additive manufacturing solution could provide a 180% ROI over the manual processes used today.
Prophesee, a Paris-based startup that has pioneered neuromorphic vision systems, presented this week at the International Solid-State Circuits Conference (ISSCC) in San Francisco a new, stacked event-based vision sensor jointly developed with Sony Corp.
There’s something inherently inefficient about the way video captures motion today. Cameras capture frame after frame at regular intervals, but most of the pixels in those frames don’t change from one to the other, and whatever is moving in those frames is only captured episodically.
Prophesee S.A. and Sony announce they have jointly developed a stacked Event-based vision sensor with the industry’s smallest 4.86μm pixel size and the industry’s highest 124dB (or more) HDR performance
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