Unlike RADAR, LiDAR came into use in transport in 1987, which is not so long ago. Unable to detect the density of objects.Unstable function in bad weather conditions.Provides highly detailed information about objects that are far away.Efficient and effective at any time of the day.The system creates a two-dimensional or three-dimensional picture of an environment. Light Detection and Ranging ( LiDAR) is a technology of measuring distance by light emission and checking the time that it takes the reflected light to return. Poorly identifies radio-reflective objects such as humans.Unable to identify complicated shapes due to low resolution.Is not accurate with object sizes over long distances.It uses the radar method based on radio waves – locating objects by bouncing radio waves off of them. Radio Detection and Ranging ( RADAR) is a detection system that is used to determine the distance, angle, or velocity of objects. So today we'll be talking about a company that works on the LiDAR system, describing the technology itself, and comparing it to RADAR. RADAR and LiDAR systems are necessary for the detection of obstacles.
While in an open space, a Global Positioning System (GPS) is enough to make your way, one of the challenges of any autopiloting system and robot is avoiding obstacles on the way from point A to point B. Autopilots and robotics are no longer a fantasy, they're our nearest future and almost part of our daily lives.
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