Radar Sensing Fundamentals In contrast to an ultrasonic sensor, an ADAS radar sensor uses electromagnetic (EM) waves to determine an object’s range, velocity, and angle in its field of view.

The RODS-L integrates a high-precision 24GHz FMCW (Frequency-Modulated Continuous Wave) radar, delivering reliable object detection even in challenging environments. With its configurable 3-zone ...

DARC is designed to track multiple small moving objects in geosynchronous orbit — all around the globe, 24 hours a day.

Smart cars are on the radar: Automatic object recognition and tracking using lidar Innovative take on laser radar systems for smart cars outperforms camera-based object recognition ...

White Sands Missile Range is now the only place in the world that can say it houses three Multiple Object Tracking Radars. Only five exist in the world.

It is gradually penetrating multiple domains such as smart ... The working principle of millimeter wave radar is based on electromagnetic waves with wavelengths from 1 to 10 millimeters, achieving ...

Brigade’s Radar sensors minimize both vehicle damage and collisions by informing the driver of the distance between vehicle and obstacles, whether moving or stationary.

Socionext and the Osaka University Institute for Datability Science have developed a method of deep learning, which enables image recognition and object detection in extremely low-light conditions. By ...