Silicon Valley Robotics’ Post

🚀 Enhance Your Robotics with Advanced SLAM Technology! 🤖 If you’re working on robotics, integrating a reference map with SLAM can significantly elevate your project. For example, you can detect obstacles in your environment while performing SLAM and plan your robot's trajectory to avoid collisions effectively. We demonstrate here how obstacles can be clustered, whether they are static or dynamic. This feature is now available in our ROS wrapper for our open-source SLAM library: https://lnkd.in/eXsuWirb. 🔍 Ready to experience the power of our SLAM in ROS? Give it a try and see how it can transform your robotics applications!

Hyperion: A Novel, Modular, Distributed, High-Performance Optimization Framework Targeting both Discrete and Continuous-Time SLAM Applications In robotics, understanding the position and movement of a sensor suite within its environment is crucial. Traditional methods, called Simultaneous Localization and Mapping

🤖 Artificial Spine Meets Robotics! Charlie, developed by the Deutsches Forschungszentrum für Künstliche Intelligenz (DFKI), is a robot with an artificial spine. It moves using fluid-filled cylinders that act like muscles, a big step forward in making robots move with human-like flexibility! 👉🏼 Click “Follow” not to miss the developments in robotics https://lnkd.in/dfe7gmwH

The importance of HUMANOID in humanoid robots. Imagine speaking to the AI-enabled Furhat Robotics robot at the start of this video vs the end. Does it feel different? Thanks to Nils Hagberg for the demo at the International Conference on Human Robot Interaction (HRI) yesterday at the University of Colorado, Boulder!

Ingenious Creation : Obstacle Avoiding Robot. I'm thrilled to unveil my project from the Introduction to Robotics course: a robot that autonomously navigates its environment! This little marvel utilizes sound waves to detect obstacles in its path, cleverly maneuvering around them.   The magic lies within the code. By interpreting readings from an ultrasonic sensor, the program instructs the motors to adjust direction, enabling the robot to travel independently. This project served as a fantastic introduction to fundamental robotics concepts. It provided hands-on experience with integrating sensors, controlling motors, and crafting code to bring it all to life. #IntroductionToRobotics #Arduino #RoboticsProject

In honour of National Robotics Week, we've published our interview with Jeremy Hadall, Robotics Development Lead at Satellite Applications Catapult. Discussing his start in the industry, projects he has worked on, and expectations for the future of robotics. Read the interview here - https://ow.ly/MlpI50R99aI

In this episode, we learn what's new with field robotics innovator Stratom Inc, and also dig into robotics standards. The post Field robotics with Stratom Inc and inside standards at ASTM appeared first on The Robot Report. https://lnkd.in/gmebhN9z

Our survey paper on radar is now officially available from IEEExplore: 🎉ieeexplore: https://lnkd.in/gAAF-FpK You can also find the pdf without page limit from arxiv: https://lnkd.in/g2jZG9ki This will be a thorough summary and guide for those of who are interested in using radars in robotics, written with Kyle Harlow, Hyesu Jang , Timothy Barfoot , Christoffer Heckman. Start examining it, radars have so much potential for navigation as a rubust sensors in all weathers! ⛈️☔️

🎥 Highlighting Exceptional Work in Robotics Simulation As the year comes to a close, I wanted to share a project by Norman Dong, showcasing an outstanding application of #SimscapeMultibody for robotics. I found his work just a few weeks back while searching for biped simulations. The simulation demonstrates a biped robot moving backward and turning, tasks that are incredibly challenging to achieve with stability and precise control, both in real-world systems and in simulations. Norman has also shared additional intriguing results of biped motion on his YouTube channel. I highly recommend checking them out: https://lnkd.in/gafpVRzk 👏 Kudos to Norman for this impressive work in advancing robotics simulation! 🚨 Not my work #Robotics #Simulation #Simscape #BipedRobots

🔓 Welcome to read the paper "Global #PathPlanning Method Based on a Modification of the Wavefront Algorithm for Ground #MobileRobots" in Robotics MDPI, by Martin Psotka, František Duchoň, Roman Mykhailyshyn, Tölgyessy Michal and Michal Dobiš. 👉Read more at: https://lnkd.in/gdWf-g5D MDPI