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

RIT effort could extend NASA science capabilities for planetary applications Technology that could someday “MapQuest” Mars and other bodies in the solar system is under development at Rochester ...

AgustaWestland is in the process of certifying a new Lidar-based Obstacle Detection System for use on its AW139 medium twin-engined helicopter. The Obstacle Proximity Lidar System (OPLS) uses Light ...

Overview: Radar and cameras identify nearby vehicles, pedestrians, and potential collision risks.Sensor fusion combines ...

A YOLOv5-LiDAR basketball-robot system achieved 97.85% detection accuracy and high task-success rates in controlled dataset evaluations and simulations, with extreme motion blur and dense occlusion ...

“Our customers face continuously evolving drone threats,” said Karl Murray, Swiftstrike CEO. “Adding AEye’s ultra-long-range, software-defined lidar to our sensing layer extends the range at which we ...

A project led by Heriot-Watt University has developed a novel single-photon detection system set to improve the performance of lidar systems. Described in Optica, the detector "can generate ...

Researchers have developed a new hyperspectral Raman imaging lidar system that can remotely detect and identify various types of plastics. This technology could help address the critical issue of ...

A Chinese missile research team has simulated a laser-based seeker detecting an F-35 stealth ...

Atmospheric Light Detection and Ranging (LIDAR) is widely used in aviation and aeronautic applications. LiDAR applications are not only used as tools for scientific studies but also to improve flight ...

AEye, Inc. announced that it will cooperate on the development and integration of AEye?s ultra-long-range lidar, into AB Swiftstrike AI?s C-UAS systems. The collaboration pairs AB Swiftstrike AI?s ...