Lidar


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AcronymDefinition
LIDARLight Detection and Ranging
LidarLaser Imaging Detection and Ranging (system)
LIDARLaser Identification Detection and Ranging
LIDARLaser Induced Differential Absorption Radar
LIDARLight Intensity Distance and Ranging (surveying)
References in periodicals archive ?
En el tercer caso de estudio, se muestra una aplicacion del escaner lidar terrestre para caracterizar un deslizamiento en la RN 1 en el sector de Palmares y que actualmente esta poniendo en peligro a los usuarios de esta ruta.
By combining LiDAR with other technologies, (such as digital maps and the radio tracking of moving sensors), information rich 3D maps can be made and new opportunities to discover, analyse and share information result.
All lidar data collected in fullwave format in laz 1.
Lidars are presently one of the most expensive components that a car is being equipped with, so naturally, slashing prices of the most expensive components will play key to giving car makers the leeway of introducing more expensive and sophisticated technologies to lesser priced cars.
The Innoviz approach to engineering its system is somewhat different than some of the LiDAR systems that have been seen over the past few years on the roofs of vehicles, those things that have been sometimes described as "rotating KFC buckets.
The researchers concluded that their lidar has significantly greater stability and accuracy than current direct-detection Doppler wind lidars.
Founded in 1983 and headquartered in Silicon Valley, Velodyne is a technology company known worldwide for its real-time 3D LiDAR sensors.
PANDA is a new kind of Pulsed Laser for LiDAR applications and is based on 1550nm fiber laser architecture for improved resolution, range, eye safety, low power consumption and in a cost effective package, which are key requirements of the sensing systems in Level 5 autonomous vehicles.
The potential of the data obtained by the aerial LiDAR (Light Detection and Ranging) systems has been utilised increasingly by a variety of scientific and industrial applications.
Since the 3D projection will be based on the camera feed capturing real surroundings, Lvl5 may be able to provide better mapping than LIDAR.
This LIDAR was mounted on top of the car and is primarily used to detect distant obstacles and implement the collision avoidance applications.
Blackmore develops compact and robust frequency-modulated continuous wave (FMCW) lidar imaging and its supporting analytic tools software.