Name: Ros 2 Kit for Beginners
SKU: 68936228
Price: 98.93 EUR
Availability: InStock
Author: Brown, Harriet W
ISBN: 9798171906412

Type

Physical Book

Publisher

Independently published

Author

Brown, Harriet W

Format

Paperback

ISBN13

9798171906412

Ros 2 Kit for Beginners

Brown, Harriet W (Author) · Independently published · Paperback

New Book Imported to Netherlands

Delivery: 30 Oct - 03 Nov

€ 98,93

Import costs and 9% BTW included in the price ✅

€ 98,93

Add to Wishlist

Synopsis "Ros 2 Kit for Beginners"

Want to build robot software but feel overwhelmed by scattered ROS 2 tutorials, unfamiliar Linux commands, and complicated robotics terminology? ROS 2 Kit for Beginners gives you a structured, hands-on path from your first installation to programming and simulating a working robot system. Instead of assuming prior ROS experience, this practical guide builds each skill in sequence so you understand not only what commands to run, but how ROS 2 systems actually work. You’ll learn how to:Set up a complete ROS 2 development environment and master the Linux command-line skills you actually need Understand nodes, topics, publishers, subscribers, services, actions, parameters, launch files, and Quality of Service Write real ROS 2 nodes in both Python and C++ Build and manage packages, workspaces, and custom interfaces Visualize and debug robot systems with RQt, RViz2, ROS Bag, and command-line tools Create robot descriptions with TF2, URDF, and Xacro Simulate cameras, LIDAR, IMUs, sensors, and robot movement with Gazebo Explore autonomous navigation with Nav2 and manipulation with MoveIt 2 Build a complete mini-robot project without needing to purchase physical robot hardware Designed for students, programmers, hobbyists, engineers, technicians, and anyone entering robotics, the book combines clear explanations, practical code, technical illustrations, and progressively more advanced projects.Stop jumping between disconnected tutorials. Build your ROS 2 foundation properly and start programming your first robot today.