Each pixel in Prophesee’s Metavision sensor only activates if it detects a change in the scene – an event – which means low power, latency and data processing requirements
Imaging systems are becoming ubiquitous in modern technology; camera-lens systems are almost everywhere you look. From smartphones to self-driving cars, our world is filled with computers that rely on machine vision to record, observe, and analyse their surroundings. The number of applications is continuously expanding and their needs are wide and varied. Due to the increasingly demanding performance requirements of these machine vision systems, there is almost always a need for more resolution.
OmniVision Technologies will be showing an automotive camera module at the AutoSens conference in Brussels from 17 to 19 September, built using OmniVision’s OX03A1Y image sensor with an Arm Mali-C71 image signal processor
Teledyne e2v’s Flash sensor
Teledyne e2v has launched its Flash CMOS sensor family for 3D laser profiling, while Omnivision Technologies introduced a global shutter sensor with 2.2µm pixels
Trinamix, SWIR Vision Systems and Emberion have been shortlisted within the imaging and sensors category of Laser World of Photonics’ first innovation award
Graphene Flagship partner, Emberion, is launching a VIS-SWIR graphene photodetector at Laser World of Photonics. The technology has been shortlisted for an innovation award at the Munich trade fair
Test image at 940nm
Imec is working to industrialise thin-film photodetector stacks on CMOS in order to fabricate low-cost infrared image sensors, as the Belgian institute’s Dr Paweł Malinowski explains
Professor Albert J.P Theuwissen, Delft University of Technology, the Netherlands and Harvest Imaging, Belgium is teaching this three-day advanced course focused on solid-state image sensor technology. This course is intended for specialists in the field. A very good background of digital imaging is needed to get the most out of this course.
Professor Albert J.P Theuwissen, Delft University of Technology, the Netherlands and Harvest Imaging, Belgium is teaching this three-day advanced course focused on solid-state image sensor technology. This course is intended for specialists in the field. A very good background of digital imaging is needed to get the most out of this course.
Professor Albert J.P Theuwissen, Delft University of Technology, the Netherlands and Harvest Imaging, Belgium is the instructor for this five-day course on getting familiar and experience with solid-state imaging and relevant related topics.
Advances in sensors that capture images like real eyes, plus in the software and hardware to process them, are bringing a paradigm shift in imaging, finds Andrei Mihai
Credit: Darko Cacic/Shutterstock.com
A new automated approach is helping engineers in vision technology and forensics to identify rare traces, which can be essential in solving a crime
The inspection engineer is able to see on the tablet that the structure is free of defects (Credit: Fraunhofer)
Integrating AI and augmented reality into imaging and machine vision for automated inspection tasks paves the way for faster, more efficient manufacturing, finds Abigail Williams
Camera and AI-equipped agricultural robots that can till, weed, pollinate and harvest are revolutionising farming, discovers Benjamin Skuse
Optical accelerators are enabling a new generation of powerful hyperspectral cameras, writes Professor Andrea Fratalocchi, of KAUST and Pixeltra
Optical accelerators are enabling a new generation of powerful hyperspectral cameras, writes Professor Andrea Fratalocchi, of KAUST and Pixeltra
Compact hyperspectral imaging cameras have huge potential once integrated into stringent clinical workflows, writes Imec’s Wouter Charle
Imec’s Wouter Charle on how compact hyperspectral imaging cameras have huge potential once integrated into stringent clinical workflows
