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Radiant Discusses the Role of Near-IR Light Sources in Driver Monitoring Systems at Automotive Lighting Online Conference

Radiant Vision Systems, a leading provider of scientific light measurement systems for automotive and other industries, announces that it will give a presentation at the Automotive Lighting Online Conference, a Business Conference Facilitation (BCF) event

From Radiant Vision Systems 20 Sep 2021

Radiant Presents Alongside Automotive Industry Leaders at DVN Workshop on Safety Systems for Nighttime Driving

Radiant Vision Systems, a leading provider of test and measurement solutions for light sources and displays, announces that it will present at the 23rd DVN (Driving Vision News) Workshop titled “How to Save Lives in Nighttime Driving?”

From Radiant Vision Systems 20 Sep 2021

Bath Researchers Discover New Physical Effect Relating to the Interactions Between Light and Twisted Materials

Physics researchers at the University of Bath in the UK discover a new physical effect relating to the interactions between light and twisted materials – an effect that is likely to have implications for emerging new nanotechnologies in communications, nanorobotics and ultra-thin optical components.

20 Sep 2021

Simplify Neural Network Training with VisionPro Deep Learning’s Graphical User Interface

With VisionPro® Deep Learning, Cognex offers a deep learning-based image analysis software specifically designed for factory automation.

From Cognex Corporation 17 Sep 2021

Cognex VisionPro Software Breaks Down Barriers Between Deep Learning and Traditional Vision

Two major new releases deliver advanced vision tools and tighter deep learning integration in a high-performance platform.

From Cognex Corporation 17 Sep 2021

New Method can Automatically Produce Clear Images Through Murky Water

Researchers have developed a new method that can automatically produce clear images through murky water.

17 Sep 2021

Researchers to Build an Optical Sensor for Decoding Skyrmion Swirl's Direction

A team of researchers at Aarhus University has received DKK 2.8 million from Independent Research Fund Denmark, IRFD, to develop an optical sensor to decode the direction of a skyrmion swirl: Incredibly small, stable swirls in magnetic materials created by electrons rotating around themselves.

15 Sep 2021