Applied Linear Algebra for Robot Systems Volume 1: Mathematics for Robotics, Automation and Intelligent Machines (Foundation on Robotics : Mathematics, Physics & Programming for Robotics, Band 1) - Softcover

SCHOOL, STEM

Softcover

ISBN 13: 9798196088964

Verlag: Independently published, 2026

Inhaltsangabe

Motion begins with math—and this book turns abstract equations into real robotic intelligence. Inside, you’ll explore how vectors, matrices, and transformations power everything from robotic arms to autonomous navigation. This is not just theory—it’s a structured pathway that connects linear algebra directly to real-world robot systems. Each concept is carefully unfolded with clarity, helping you visualize motion, orientation, and control in multi-dimensional space without feeling overwhelmed.

From coordinate frames and matrix operations to transformations used in kinematics and sensor fusion, this guide builds your understanding step by step. Whether you’re analyzing robot movement, optimizing control systems, or preparing for advanced robotics studies, the content is crafted to make complex ideas feel intuitive and applicable.

Volume 1 covers the essential mathematical foundation required to understand how robots describe motion, space, direction, orientation, transformation, system behavior, and machine intelligence. This volume focuses on the core language of robotic mathematics: vectors, coordinate frames, matrices, linear systems, transformations, rotation mathematics, eigenvalues, modes, vector spaces, and bases. If you're ready to strengthen your mathematical thinking and connect it directly to robotics and intelligent systems, this is where your journey gains precision and clarity.

Details zur Ausgabe

• Verlag: Independently published
• Erscheinungsdatum: 2026
• Sprache: Englisch
• ISBN 13: 9798196088964
• Einband: Taschenbuch
• Anzahl der Seiten: 424
• Kontakt zum Hersteller: Manufactured by Amazon on behalf of the author; https://www.amazon.de/hz/contact-us; ; c/o Amazon Media EU S.à.r.l., 38 Avenue John F. Kennedy; Luxembourg; L-1855; Luxemburg