Discover how adaptive-computing technology is extending the capabilities of LiDAR sensors to deliver higher depth resolution ...

University of Pennsylvania researchers use AI-processed radio waves to enable robots "see" in 3D, navigating smoke, glass, ...

Scientists' new system uses AI to convert radio data into 3D images, allowing robots to see through smoke, reflective ...

It can measure optical frequencies without using a frequency discrimination device, combining the advantages of both direct and coherent detection. The quantum lidar system has already achieved ...

LIDAR is still considered expensive ... “After you touch something, the device will measure the pressure or how hard or soft you’re touching. Where we come in is the moment before you touch.

Once considered an essential part of the auto industry's high-tech future, lidar sensors are now often seen as optional components with uncertain prospects. The sensors, which use lasers to depict ...

The major cause of increased prices is the specialized manufacturing process and advanced materials, such as high-quality sensors, that LiDAR devices require. Instability in the availability of ...

In the race to build robots that can navigate any environment, scientists have faced a big challenge: traditional vision ...

ScioSense today launched a two-channel time-to-digital converter (TDC) which offers the very high time measurement resolution ...

By minimising the noise floor, these amplifiers enable the detection of weaker signals from more distant objects, significantly extending the operational range of LIDAR devices. Lower noise signals ...