Lidar and photogrammetry technologies are almost similar but different at the same time based on the techniques used. Lidar is a light detection and ranging technology that uses laser beams. Photogrammetry transforms the 2D images into 3D models. Lidar and photogrammetry have different use cases with different conditions and deliverables. The two technologies offer fast …
LiDAR technology continues to make valuable changes in the global industries in almost all spheres of life. The technology has made it possible for manufacturers to design automated vehicles and for the military to conduct covert operations across the globe. Below are some of the companies that deal with LiDAR in Canada. Teledyne Optec …
LiDAR is an acronym for Light Detection and Ranging. It is an active remote sensing technology that measures distance by illuminating a target with a laser and analyzing the reflected light. It is similar to RADAR but instead of using radio signals, it uses laser pulses. LiDAR depends on Infrared, ultraviolet, and visible rays to …
LiDAR stands for Light Detection and Ranging. It is a remote sensing technology that uses laser lights to strike features and then record the pulses generated to create 3D models of the objects. LiDAR data is currently being utilized in a variety of fields including but not limited to agriculture, automobile, and so on. The …
LiDAR, Radar, and Sonar are the modern remote sensing techniques used by various professionals to collect and analyze data. They use different mediums to transmit various types of signals to and from the objects and then analyze the time taken to measure the distance between the transmitter and the objects. Below are some of the …
LiDAR technology has penetrated most of the industries with the major ones being construction and automotive. Because of its precise data collection and accuracy, it is one of the most preferred remote sensing technologies in the world today. While LiDAR comes with a lot of advantages, there are some limitations of LiDAR that make it …
LiDAR and Radar are the latest remote sensing technologies that have replaced the traditional data collection methods such as photogrammetry and surveying. They are relatively easy to use and offer faster and more accurate services as compared to the traditional methods. But of the two methods, LiDAR has some advantages over Radar owing to the …
Solid-state radar and magnetron are two radar techniques that work in competition with each other. However, solid-state radar is known to be of a higher quality and has a higher operational preference as compared to Magnetron radar. Below are some of the differences between the two. Solid-state radar 1. Low Maintenance: Solid-state radar does …
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The transmitter is the part of a radar system responsible for the production of short-duration high-powered radio frequency pulses of energy that is subsequently radiated into space using an antenna. There are various transmitters depending on the scope and usage. We are going to look at the differences between the Guided Wave Radar level transmitter …
Difference Between Radar Transmitter and Guided Wave Radar Level Transmitter Read More »
A little competition between two rival entities always spices things up. This is true even in the level measurement world where the two most commonly used methods, the Ultrasonic level measurement and the Radar level measurement compete for supremacy. The ultrasonic technique uses sound-based measurements while the radar technique uses high-frequency electromagnetic waves. Below are …
Ultrasonic Vs Radar Level Measurement Techniques Read More »
