Ever wondered how pilots can easily navigate and survive the vagaries of weather in space? Or how meteorologists can predict weather patterns over some time? Either way, the simple comprehension…
LIDAR technology has been applied mainly in the automotive industry, especially in the development of self-driving cars. Here, LIDAR radars utilize invisible infrared laser light to determine the distance of…
Tasks that involve estimation of object velocity and distance demand the use of radar technology. So, how does a radar system achieve this? It's designed with transmitters for emitting radio…
LIDAR is a complex data collection technology that uses a beam of near-infrared laser light to gather object and surface details for estimation of the target's distance from the sensor…
Ever wondered how a service robot can navigate effectively around a room full of furniture and people without stumbling on them or causing havoc? Or how autonomous vehicles determine their…
Just like an animal of blood and flesh, driverless cars need to see the world through different detectors. This kind of perception and sensing can be attained using distinct types…
Visualize yourself speeding up to go to your office one day, and the moment you lock the door of your workroom, you see several cars flecking the street. However, here…
In the late years, lidar (light detection and ranging) has advanced from a useful measurement for studies and research of aerosols and aerial mapping towards some kind of a new…
LIDAR is a system that uses a near-infrared beam of laser light to illuminate target objects to calculate the distance between the LIDAR sensor and the objects of interest. Given…