ISBN: 9798268998030 - master ros drone programming: step-by-step guide to building real-time autonomous uavs with python from concept to completion (11 risultati)

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Condizione: As New. Unread book in perfect condition.

Condizione: New.

Condizione: As New. Unread book in perfect condition.

Paperback. Condizione: New.

Paperback. Condizione: new. Paperback. Build, program, and fly intelligent drones that think in real time.In Master ROS Drone Programming, you'll go from setting up a ROS 2 environment to building fully autonomous UAV systems capable of real-time perception, navigation, and mission control. Designed for engineers, students, and developers, this hands-on guide fuses robotics fundamentals with modern simulation and flight-testing workflows.Inside, you'll discover: ROS 2 Humble setup, nodes, topics, and launch configurations for UAVsSensor integration, data fusion, and offboard control logic in PythonGazebo, RViz, and PX4 simulation workflows with real telemetry and replayComplete mission projects: altitude hold, waypoint imaging, and visual trackingSafety practices, CI testing, and performance trade-offs for field deploymentWhat you'll build: Three end-to-end drone projects-from stable hover to autonomous mapping and vision-based target tracking-all verified in simulation and flight-tested with reproducible configurations. Tech stack & versions: ROS 2 Humble - Ubuntu 22.04 - Python 3.10+ - Gazebo Classic/Ignition - PX4/ArduPilotProjects included: Autonomous Hover & Altitude Hold - GPS Waypoint Survey with Imaging - Vision-Based Target TrackingWho it's for: Robotics engineers, UAV developers, and students seeking to master real-time control, simulation testing, and automation safety using open-source tools. Why read now: The next era of robotics demands reproducible, data-driven flight autonomy. Learn how to design, test, and deploy ROS-based drones with confidence-step by step.Take command of the air. Build the next generation of autonomous UAVs-today. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

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PAP. Condizione: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

Paperback. Condizione: new. Paperback. Build, program, and fly intelligent drones that think in real time.In Master ROS Drone Programming, you'll go from setting up a ROS 2 environment to building fully autonomous UAV systems capable of real-time perception, navigation, and mission control. Designed for engineers, students, and developers, this hands-on guide fuses robotics fundamentals with modern simulation and flight-testing workflows.Inside, you'll discover: ROS 2 Humble setup, nodes, topics, and launch configurations for UAVsSensor integration, data fusion, and offboard control logic in PythonGazebo, RViz, and PX4 simulation workflows with real telemetry and replayComplete mission projects: altitude hold, waypoint imaging, and visual trackingSafety practices, CI testing, and performance trade-offs for field deploymentWhat you'll build: Three end-to-end drone projects-from stable hover to autonomous mapping and vision-based target tracking-all verified in simulation and flight-tested with reproducible configurations. Tech stack & versions: ROS 2 Humble - Ubuntu 22.04 - Python 3.10+ - Gazebo Classic/Ignition - PX4/ArduPilotProjects included: Autonomous Hover & Altitude Hold - GPS Waypoint Survey with Imaging - Vision-Based Target TrackingWho it's for: Robotics engineers, UAV developers, and students seeking to master real-time control, simulation testing, and automation safety using open-source tools. Why read now: The next era of robotics demands reproducible, data-driven flight autonomy. Learn how to design, test, and deploy ROS-based drones with confidence-step by step.Take command of the air. Build the next generation of autonomous UAVs-today. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…