Robot path planning and motion control constitute pivotal areas in robotics research, addressing the challenge of enabling autonomous navigation in environments that are both complex and dynamic.

From industrial floors to humanoid helpers, advanced path planning in ROS2 is redefining how robots move safely and efficiently. Algorithms like Regulated Pure Pursuit and DAPF-RRT combine speed ...

The process of bringing collaborative capabilities to industrial robots first began appearing on the automation scene about three years ago when we saw some of the first demonstrations of Realtime ...

At Automate 2023, Mitsubishi Electric showcased its collaboration with Realtime Robotics to allow multiple robots to work in close proximity for a variety of applications. Patrick Varley with ...

What’s to be gained from reverse engineering a four-decade-old video game? As it turns out, quite a lot, and as you’ll learn from [Norbert]’s recent talk at the ViennaJS meetup, it’s not just about ...

Researchers have completed the first in-space demonstration of a deep learning method that accelerates trajectory optimization for the Astrobee free-flying robot aboard the International Space Station ...

Path Robotics, the global leader in physical AI for manufacturing, today announced the launch of Rove™, a mobile robotic ...

The Infinite Loop by Nebius reports robots like Digit are learning to work in warehouses, balancing safety and AI for future ...