Wayve’s Post

Unleash the power of the JCID LiDAR Adapter! Transform your repair experience with the JCID Programmable LiDAR Adapter! 🚀📱 Easily read and write 13-14 series rear camera data. 🔄 Upgrade your skills and stay on top of the repair game! #TechInnovation #LiDARMagic #RepairMastermind #GadgetSolutions #TechUpgrade #JCIDToolbox #PhoneRepairGuru #MustHaveGadgets #InnovationStation #UnlockTheTechPower

New JanusExplore70. New SLAM LiDAR device

In what scenarios can 3D LiDAR be used in the field of industrial sensing? ✅ Traffic ✅ Robot ✅ Volume detection ✅ Container positioning ...... 👇 Click to learn more about products and applications：https://lnkd.in/eAPMpnc4 #3DLiDAR #Industrial

We are venturing into Lidar Technology. #semiconductorsolutions #innovatewithRRP #RRPelectronics #chipinnovation #cuttingedgechips #techpioneer #fromideatochip #precisionengineering #advancedsemiconductors #futureofelectronics #chiptechnology #semiconductorplant #firstinmaharashtra

Finally, after taking around a month, I finished scratching my own omnidirectional robot in gazebo simulation by adopting nexus robot's frame and also adding rgbd camera and 2d lidar. #gazebo #ros2 #ros2humble #omnidirectionalrobot

What factors are related to the point cloud performance of 3D lidar?

𝐋𝐢𝐃𝐀𝐑 𝐒𝐞𝐫𝐢𝐞𝐬 𝐏𝐨𝐬𝐭 7: 𝐋𝐢𝐃𝐀𝐑 𝐋𝐢𝐧𝐠𝐨 Think self-driving cars speak a secret language? It's LiDAR! This A-Z glossary cuts through the technical terms and explains LiDAR technology in simple language. This post unlocks easy-to-understand definitions with illustrative diagrams that bring LiDAR concepts to life. #ai #lidar #deeplearning

🧨 Waymo latest research paper "Late-to-Early Temporal Fusion for LiDAR 3D Object Detection" seems really cool. 🔗 It fuses temporal LiDAR scenes together across frames. So you're using 3 consecutive LiDAR files rather than one when doing 3D object detection... and it is better, more consistent, and avoids ghost issues! But what? Late-To-Early? What is that? 👉🏼 In early-to-early, we fuse raw data (t-1) with raw data (t) 👉🏼 In late-to-late, we fuse backbone (t-1) with backbone (t) 👉🏼 In late-to-early, we fuse backbone (t-1) with raw data (t) Learn more about LiDAR Engineering, and LiDAR skills by getting access to my daily emails, and the LiDAR Engineer 2024 Roadmap 🗓️ (link in comments) #deeplearning #lidar #robotics #selfdrivingcars #computervision

Becoming a Roboticist - Mapping After setting up Lidar and Depth cameras we now can have our Robot create a map of its surroundings. This is the next step in the process to enable our robot to navigate on its own. 

Accurate positioning and efficient route planning are essential for better navigation and flexibility during operation. Current robot mowers tend to employ four primary positioning technologies. These are RTK (Real-Time Kinematic), INS (Inertial Navigation System), LiDAR (Light Detection and Ranging), and AI Vision. Each of these systems boasts their own unique strengths and weaknesses. For a deeper understanding, continue to read here: https://lnkd.in/gaPpaJps #RobotMowers #NavigationTech #RoboUP