Robotics & Autonomous Systems in Matlab-Sim2real Workflows: Design, Simulate, and Deploy Ros 2 Nodes Using Gazebo, Lidar Toolbox, and C++ Code Generat

By Rhys Gallagher

Robotics & Autonomous Systems in MATLAB-Sim2Real Workflows
What if the gap between your simulation and physical deployment simply ceased to exist?
Imagine a workflow where your sophisticated algorithms transition seamlessly from a virtual Gazebo environment to real-world hardware without a single line of manually rewritten code. Robotics & Autonomous Systems in MATLAB-Sim2Real Workflows is your definitive blueprint for mastering the art of Model-Based Design. This guide eliminates the friction of manual implementation, empowering you to automate the translation of complex control logic into production-grade C++ ROS 2 nodes.
Written for ambitious engineers, researchers, and developers, this book bridges the divide between high-level design and low-level execution. You will stop guessing and start verifying, moving from theoretical models to functional autonomous systems with precision and speed.
Inside, you will learn to:
Master the Sim2Real Loop: Architect robust workflows that move effortlessly from desktop simulation to embedded deployment, ensuring your robot behaves in reality exactly as it did on screen.
Dominate Perception with Lidar: Leverage the Lidar Toolbox to design and validate sophisticated SLAM and navigation algorithms that allow your robot to "see" and understand its environment.
Automate C++ Implementation: Bypass error-prone hand-coding. Learn to generate optimized, standalone C++ ROS 2 nodes directly from Simulink models.
Validate with High-Fidelity Simulation: Utilize Co-simulation with Gazebo to stress-test your autonomous systems against physics-based scenarios before they ever touch the ground.
Stop simulating in isolation and start deploying with confidence.
Equip yourself with the tools to build the future of autonomy. Secure your copy today and turn your simulations into reality.

• Format: Paperback
• Language: English
• ISBN: B0GND81BY5
• ISBN13: 9798248230679
• Release Date: February 2026
• Publisher: Independently Published
• Length: 242 Pages
• Weight: 0.94 lbs.
• Dimensions: 0.5" x 7.0" x 10.0"