Robotics’ Post

Summary series of Robotics/AI development over several years Episode 8 Mobility with the robotic arm has been successfully enabled. To further challenge ourselves, we developed a second autonomous system to facilitate collaboration between multiple robots. The first collaborative feature we implemented is the 'follow the leader' function, where the primary mobility is followed by an assistant robot. To simplify the setup, the assistant robot is equipped only with a ZED camera to detect the primary robot and determine its relative position. This feature opens the door for additional cooperation between the two robots, such as transferring objects from one to the other. Below is a video demonstrating the 'follow the leader' capability.

Achievement in Autonomous Robotics: Duckiebot Implementation Throughout this semester, our team faced numerous technical challenges, culminating in a significant breakthrough: the successful development and implementation of a Duckiebot capable of autonomous lane tracking, stopping at designated red lines, and executing precise lane changes to the left when required. This accomplishment was the result of extensive collaboration and rigorous effort from the entire team. For a detailed demonstration of the Duckiebot's capabilities, refer to the following videos: (https://lnkd.in/dz7PACxn) We extend our sincere gratitude to Professor Walter Tichy for his expert guidance and the invaluable insights he provided throughout this process. Team Members: Giorgi Kuprava Zurab Kobaladze Aleksandre Gordeladze Nini Tsertsvadze Nika Nagliashvili Reapository: https://lnkd.in/eqxc8vXs #AIEngineering #RoboticNavigation #SelfDrivingSolutions #IntelligentSystems #TechAdvancement #AutomationInnovation #PathPlanningr

Torc Robotics Performs Successful Fully Autonomous Product Validation https://lnkd.in/eUPFBHdH Torc Robotics #TorcRobotics #AutonomousVehicles #ProductValidation #Robotics #Innovation #SelfDrivingTechnology #TechNews #Automation #VehicleTechnology #SafetyTesting

Students showcased their skills in a thrilling robotics competition, navigating complex obstacle courses with autonomous robots. From setbacks to success, this hands-on experience involved creativity, problem-solving, and technical growth.

🚀 The World’s First Fully Autonomous Robotics System Powered by Physical A.I. 🚀 Exciting news in the robotics and AI world! Physical A.I. has recently released a groundbreaking demo of the first fully autonomous robotics system capable of physical interaction. This innovation represents a huge leap forward in autonomous technology, bringing us closer to robots that can operate independently in real-world settings. In this demo video, you’ll see: How Physical A.I. enables autonomous, intelligent movement and interaction 🌍 The advanced tech behind this game-changing robotics system. Potential applications across industries like healthcare, manufacturing, and logistics. Check out the demo here 👉 https://lnkd.in/gfyMUwQX #Robotics #AI #AutonomousSystems #PhysicalAI #Innovation #FutureTech #Automation #Demo

Planning Architectures for Autonomous Robotics Autonomous robotics has seen significant advancements over the years, driven by the need for robots to perform complex tasks in dynamic environments. At the heart of these advancements lies the development of robust planning architectures that enabl... https://lnkd.in/eVNR2b_j #AI #ML #Automation

🚀 Calling all Robotics & Autonomous Systems Engineers! Join our Sept 24th webinar to discover how bridging ROS 2 with Model-Based Design elevates the safety and reliability of autonomous systems. Expand your skills today! 👉 Click to learn more #RoboticsEngineering #ModelBasedDesign https://spr.ly/6046lUhRr

🚀 Calling all Robotics & Autonomous Systems Engineers! Join our Sept 24th webinar to discover how bridging ROS 2 with Model-Based Design elevates the safety and reliability of autonomous systems. Expand your skills today! 👉 Click to learn more #RoboticsEngineering #ModelBasedDesign https://spr.ly/6041lLR4V

Real-time object tracking for autonomous robotics! Utilizing advanced vision algorithms and precise joint control, the system can detect, track, and align with targets seamlessly.

🚀 Calling all Robotics & Autonomous Systems Engineers! Join our Sept 24th webinar to discover how bridging ROS 2 with Model-Based Design elevates the safety and reliability of autonomous systems. Expand your skills today! 👉 Click to learn more #RoboticsEngineering #ModelBasedDesign https://spr.ly/6044l2vhI