The Architecture of Intelligent Drones: Designing Autonomous Aerial Systems through Embedded Computing, Artificial Intelligence, Computer Vision, . Sensors, Communications, (Engineering)

HENDRICKSON, IAN J.

ISBN 13: 9798172545917

Editore: Independently published, 2026

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Dati bibliografici

• Titolo: The Architecture of Intelligent Drones: Designing Autonomous Aerial Systems through Embedded Computing, Artificial Intelligence, Computer Vision, . Sensors, Communications, (Engineering)
• Editore: Independently published
• Data di pubblicazione: 2026
• Lingua: Inglese
• ISBN 13: 9798172545917
• Rilegatura: Brossura
• Condizione: New

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Riassunto

Have you ever wondered what's actually happening inside a drone the moment it decides, on its own, to swerve around a branch you never even saw coming?

That's the question this book sets out to answer — not with vague buzzwords, but with the real engineering behind it.

The Architecture of Intelligent Drones is a complete, ground-up guide to how autonomous aerial systems are actually designed, built, and flown. Whether you're an engineering student, a hobbyist ready to move past basic remote control, a robotics professional, or someone building a career or a company in this space, this book walks you through every layer of what makes a drone genuinely "smart" rather than just remote-controlled.

So what's actually inside?

You'll start with the fundamentals — how unmanned flight evolved from simple radio control into true autonomy, and how airframes, propulsion systems, and materials are chosen for a given mission. From there, you'll move into the embedded computing that powers real-time flight control, the sensor systems that let an aircraft understand its own position and surroundings, and the computer vision techniques that let it actually see and interpret the world around it.

Curious how a drone avoids a collision in a fraction of a second? Or how a swarm of aircraft coordinates a search without a single human directing every move? Those chapters are here too — covering artificial intelligence and decision-making, classical and modern flight control theory, navigation and path planning, and the communication systems that keep aircraft connected across long distances and degraded environments.

This book doesn't stop at theory. You'll find dedicated chapters on mission planning, simulation and digital twin development, power systems and energy management, safety engineering, regulatory compliance, and manufacturing and quality assurance — the practical, often-overlooked disciplines that separate a working prototype from a genuinely deployable system.

And because this technology doesn't exist in a vacuum, later chapters explore real industry applications — agriculture, infrastructure inspection, delivery logistics, and disaster response — along with a forward-looking discussion of emerging research and what a career or business in this field can actually look like.

Written in clear, practical language and organized for both sequential reading and quick reference, this book is built for anyone who wants to genuinely understand — not just use — the technology reshaping how machines move through the sky.

If you've ever asked yourself how these systems really work, this is where you find out.