Building Low-Latency Robot Control Systems with FreeRTOS and ROS2
Real-time responsiveness isn't just a performance goal in robotics-it's a necessity. Real-Time OS for Robotics is your step-by-step guide to building ultra-reliable, deterministic robot control systems using FreeRTOS and ROS2.
This book bridges the gap between real-time embedded systems and high-level robot intelligence. Whether you're developing autonomous vehicles, industrial arms, or swarm robots, you'll learn how to integrate real-time task scheduling with ROS2 communication to achieve predictable, mission-critical performance.
Inside, you'll master:
Setting up FreeRTOS on ARM Cortex-M and other embedded microcontrollers
Interfacing FreeRTOS tasks with ROS2 nodes via micro-ROS
Designing low-latency sensor and actuator pipelines
Managing RTOS priorities, interrupts, and preemption for optimal control
Implementing deterministic behavior for robot motion, sensing, and feedback loops
Synchronizing time across distributed systems using ROS2 and RTOS clocks
Debugging, profiling, and optimizing real-time performance on hardware-in-the-loop setups
From edge devices to full robotic stacks, this book teaches you how to design robots that respond instantly, consistently, and reliably-every time.
⚙️ Ideal for embedded developers, robotics engineers, and real-time systems architects