Transcription of liDAR - SensL
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APPliCAtiOn nOteliDARLIDAr APPLIcATIONSrANGE DETEcTION SySTEMSB ased on pulse time-of-flight principle, handheld systems can measure severalhundred meters using very low cost detectors operating over a wide range ofambient temperaturesAErIAL SUrvEyINGF orestry, geology, archaeology, marine and agriculture applications use liDAR -based remote sensing aerial surveys over a wide range of operating conditionsrOBOTIcSLiDAr systems are used in wide range of sensing and perception applications for both indoor and outdoor robotics applications TrANSPOrTATIONA utonomous vehicle control for navigation and adaptive cruise control 3D IMAGINGLiDAr systems offer high-precision scanning abilities, with either single-face or 360-degree scanning modesGAMINGThe speed and precision of liDAR allows the gaming industry to faithfully replicate popular gaming environments such as cities, buildings, and racetracks in 3D softwareBENEFITS OF USING AN SPMPErFOrMANcEcompared to avalanche photodiodes commonly used in low cost liDAR systems, SPMsoffer superior responsivity andnoise equivalent power that resultsin better ranging and requires lowerlaser power.
liDAR technology is becoming increasingly important in a wide variety of applications. liDAR is a relative new-comer in the market and has proven utility in fields such
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Lidar, In Short Range LIDAR, In Short Range LIDAR Applications, ADVANCED LIDAR DATA PROCESSING WITH, ADVANCED LIDAR DATA PROCESSING WITH LASTOOLS, Driving the Future of Autonomous, Driving the Future of Autonomous Navigation, Manual, LIDAR Speed-Measuring Device Performance, LIDAR speed-measuring device performance specifications