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The Role of LiDAR in Camera Focusing
LiDAR provides all-round improvements for camera focusing systems across five dimensions—environmental adaptability, dynamic focus tracking, precision control, intelligent decision-making, and speed optimization—by virtue of its core capabilities such as active ranging, high-precision perception, and real-time dynamic tracking.
02
2025
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12
TOF and LiDAR: Analysis of Core Differences
Both TOF (Time of Flight) and LiDAR are ranging sensing technologies. Though evolving along distinct paths, they have both expanded their application boundaries through technological iterations.
25
11
LiDAR, Visual Sensors, and Ultrasonic Sensors Form the Triple "Eyes" of AGVs
The Development History of UAV-Borne Lidar
The development of UAV-borne lidar originated from the cross-domain downscaling of space technology.the evolution history of UAV-borne lidar is a vivid illustration of the civilianization of science and technology.
03
What is the difference between fixed-altitude mode and non-fixed-altitude mode for drones?
The fixed-altitude mode of a drone automatically maintains a constant altitude through sensors, while the non-fixed-altitude mode requires manual control of the altitude.
29
10
11 rumors about lidar, do you know?
Lidar was invented shortly after the invention of the pulsed laser in the early 1960 s. The principle is actually very simple. Just as bats measure the distance to objects based on the sound waves reflected by them, lidar simply replaces sound waves with light waves.
2021
08
Lidar Technology Helps the Development of Intelligent Transportation
Based on the road three-dimensional laser point cloud data, the thematic map is drawn by extracting ground objects, and the road basic data is vectorized by automatic and semi-automatic operation mode, and the road digital dual base is constructed, which can realize high-precision map production, road component inventory, road exploration design and transformation, route planning and simulation, and help to improve the road information construction and management level.
09
Development of Laser Radar Booster Robot Field
With the rapid development of the artificial intelligence industry, the development of robots in non-industrial fields such as homes and commerce is gradually expanding, and their market applications are also expanding. At present, the core technologies that restrict the development of mobile robots mainly include positioning and navigation, environmental perception and human-computer interaction. Sensor technology fundamentally determines the development of robot environment perception technology, and is the key prerequisite for robots to move towards "true intelligence. At present, the robot's perception of the environment is mainly through laser radar, camera, ultrasonic and other sensors to collect data., The function of autonomous movement is realized by algorithm calculation.