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Researchers from DTU Space have developed a new type of high-resolution radar that looks in many directions concurrently.
Article #1 of the Enabling IoT Series. "Intuitive sensing” applications enable humans to interact with smart devices in a more natural and seamless way.
Find out the full form of RADAR, its working principle, applications, latest research topics and more in this brief article on one of the most widely used remote sensing technology.
Researchers at the German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt; DLR) Earth Observation Center (EOC) have developed a correction procedure for the radar satellites of the European Sentinel-1 mission.
Find out the difference between two of the most used remote sensing devices: LiDAR and RADAR.
Micro-Doppler radars could soon be used in clinical settings to predict injury risk and track recovery progress, according to Penn State researchers.
RainCube, designed to study storms, was the first to fly a radar science instrument on a CubeSat.
The agency's newest rover will use the first ground-penetrating radar instrument on the Martian surface to help search for signs of past microbial life.
The German Experimental Space Surveillance and Tracking Radar (GESTRA) system can monitor objects in low-Earth orbit around the clock. The complex radar system is unique in its design.
Despite COVID-19-related hurdles, crucial NASA instrument components for the European-led JUICE spacecraft have been delivered.
DFG and FhG fund project for the transfer of scientific knowledge from KIT into business
A new era in radar remote sensing began 10 years ago, on 21 June 2010, when the radar satellite TanDEM-X was launched. Since then, it has been orbiting Earth in close formation flight with TerraSAR-X, its three-year-older 'twin'.
Using radar commonly deployed to track speeders and fastballs, researchers have developed an automated system that will allow cars to peer around corners and spot oncoming traffic and pedestrians.
Recently, FLIR Systems Inc. contracted VSI Labs to develop a proof-of-concept AEB system that fused perception data from a FLIR ADK’s ethernet-based Boson® thermal camera and a Delphi ESR 2.5 radar.
