A robot can detect something in front of it and still lack the information needed to respond effectively. Is the object a ...

So where a typical proximity sensor might max out at around 1 meter or so, with a LiDAR sensor we can often go much farther, 80 to 100 meters is no problem at all. This reach depends on a variety of ...

Australian cinema camera startup Nexus has published its eleventh project update for the long-awaited G1, unveiling CINAF — a sensor-fusion autofocus system that fuses five distinct data streams to ...

Lidar transmits laser pulses and measures the time for reflections to determine distances to objects. The technology builds 3D point clouds by combining distance data with laser direction, creating ...

Multi-sensor calibration of advanced driver assistance systems (ADAS) in autonomous vehicles ensures accurate data fusion by aligning various sensors (like cameras, LiDAR, and radar) into a unified ...

Self-driving cars are becoming more common on the roads, with several U.S. cities now making them a part of their public transportation. This technology is far from perfect, however, with some recent ...

Discover how adaptive-computing technology is extending the capabilities of LiDAR sensors to deliver higher depth resolution and reliability, overcoming challenges in autonomous driving. The evolving ...

If you're an electronics engineer, geologist, or land surveyor, chances are you're already familiar with what LiDAR is. An acronym for light detection and ranging, LiDAR sensors are built for ...

Cameras and lidar are what enable autonomous driving systems to perceive the environment around them. That is, except for in the case of Tesla, which stopped equipping its cars with lidar to save ...

Inside a tank, a mine drift, or a ship hull, the Global Positioning System usually drops away fast. That is where the answer to how do drones navigate without GPS becomes practical rather than ...