📄️ The AI-Robot Brain: Isaac Sim for Synthetic Data
Welcome to the core of our AI-powered robotics curriculum generating high-quality, physically-accurate synthetic data at scale. It combines the power of NVIDIA's Omniverse platform for photorealistic rendering with advanced physics simulation (PhysX 5) and tight integration with the ROS ecosystem.
📄️ The AI-Robot Brain: Isaac ROS for VSLAM & Navigation
Once we have a simulated robot that can perceive its world, the next step is to give it autonomy. How does a robot know where it is? And how does it get from point A to point B? This chapter dives into the NVIDIA Isaac ROS packages, a collection of hardware-accelerated ROS 2 packages specifically designed for AI-based robotics.
📄️ The AI-Robot Brain: Nav2 for Bipedal Path Planning
Navigating a wheeled robot like the Carter is a well-solved problem. Navigating a bipedal humanoid, however, is a monumental challenge. Humanoids are inherently unstable, have complex kinematics, and interact with the world in a much more dynamic way. While the standard Nav2 stack is a great starting point, applying it to humanoids requires special considerations and custom plugins.