Stereo camera use case with autonomous mobile robots. Source: OTTO and Gideon Brothers. 3D sensors are a fundamental technology for measuring depth perception. These sensors can be found in several ...
There's nothing remarkable about cameras anymore. They've been around for centuries, and we carry them in our pockets every day now without a thought. But in fact, they are remarkable even today, as ...
Orbbec announced new vision products, partnerships, and expanded manufacturing capabilities at CES in Las Vegas.
The OAK-D is an open-source, full-color depth sensing camera with embedded AI capabilities, and there is now a crowdfunding campaign for a newer, lighter version called the OAK-D Lite. The new model ...
Embedded-design-servicescompany E-con Systemshas announced a stereo-vision-camera reference designthat it based on Texas Instruments’OMAP (Open MultimediaApplications Platform)/DM37x family of ...
STMicroelectronics (STM) and eYs3D Microelectronics to showcase collaboration on high-quality 3D stereo-vision camera for machine vision and robotics The CES demonstrations highlight two jointly ...
Forbes contributors publish independent expert analyses and insights. I first rode in a self-driving vehicle in 1991. Haven’t looked back. Bio-inspired stereo vision adapted to automotive sensing may ...
Humans have stereo vision. With two eyes, two perspectives, and some hefty brain processing power, we can perceive distance by sight, a nifty trick if you need to hunt your food or hope to avoid ...
Robotic systems depend on advanced machine vision to perceive, navigate, and interact with their environment. As both the number and resolution of cameras grow, the demand for high-speed, low-latency ...
Don’t let the name of the Open-TeleVision project fool you; it’s a framework for improving telepresence and making robotic teleoperation far more intuitive than it otherwise would be. It accomplishes ...
Binocular stereopsis, or stereo vision, is the ability to derive information about how far away objects are, based solely on the relative positions of the object in the two eyes. It depends on both ...
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