LiDAR has strong anti-interference ability, accurate ranging, and long-distance detection ability, which can ensure the safety of railway operations. LiDAR has been used in more and more rail projects
Today, there are many common AGV navigation methods on the market, such as electromagnetic navigation, magnetic stripe navigation, QR code navigation, laser navigation, visual navigation, etc. So, what are the advantages and disadvantages of each of them?
Once the dual LiDAR solution of Jidu SIMUCar was announced, it caused a heated discussion. The most heated topics are: Whether it is better to use dual LiDAR on the hoods of the car or one LiDAR on the roof? Where exactly should the LiDAR be installed? How does the LiDAR location affect LiDAR performance?
The goal of smart roads is to build a vehicle-road integrated system based on electronic, communication, and automation technologies, to provide global, real-time, and prior information, and to maximize the ability to improve road traffic among different vehicles and under real-time communication environments,
To make the “last-mile delivery” a reality, Meituan, Neolix, JD.com, and other unmanned vehicles equipped with lidar build an “anti-epidemic defense line” for Shanghai. Through contactless distribution, unmanned vehicles can effectively alleviate the demanding problem of last-mile delivery in the current Shanghai community’s fight against the epidemic, allowing Shanghai citizens to receive epidemic prevention materials faster and more safely.
With technology development, LiDAR plays an important role in smart rail transportation, so in what areas is LiDAR sensing technology used?
With the fast technology development, LiDAR sensor application becomes more innovative and has been found in many industries.
LiDAR technology can accelerate the arrival of the intelligent era of the logistics mobile robot industry and automation development.
In the field of last-mile distribution, Alibaba launched the logistics vehicle Xiaomanlv for express delivery in the “last-three kilometers”.
The continuous development of LiDAR technology is a critical prerequisite for logistics mobile robots to achieve automated and unmanned operations.