In a basic sense, the system uses a machine learning model to classify data captured by the time-of-flight sensor into gestures matching rock, paper, or scissors—or nothing, if no hand is present.

The new compute platform combines physical intelligence with real-time reasoning via robotics foundation models.

Devices on Arrive Points will help AI glean more insights to drive innovation INDIANAPOLIS, IN / ACCESS Newswire / August 22, ...

Sponsored by Texas Instruments: The emergence of sensor fusion, which involves advanced MCUs and motor control among other technologies, promises to suffuse intelligent mobile autonomous robots ...

If you’re unfamiliar with time-of-flight sensors, they’re easy enough to understand. They measure distance by determining the time it takes photons to travel from one place to another.

CMOS Image Sensors and Time-of-Flight Technology Publication Trend The graph below shows the total number of publications each year in CMOS Image Sensors and Time-of-Flight Technology.

With a 90° diagonal field of view, the VL53L7CX distance sensor from ST brings lifelike situational awareness to applications like smart equipment and robots. The ultrawide field of view is one of the ...

Radar and optical time-of-flight sensors are no longer limited to just avionic and automotive applications.

It empowers autonomous robots with omnidirectional depth perception, enabling robots to “hear” their surroundings in real-time 3D - using airborne soundwaves to interpret spatial information.