Autonomous Marine Vessel Control Essentials, Stabilization, Trajectory Tracking, Formation Mastery Inside Track for Robotic Ships, Modeling, Analysis, and Design Techniques, Game Changing Guide
✔️ Comprehensive AMV modeling, analysis, and control design, single copy
This book, authored by Gao, Zhenyu, is the 1st edition (2022) and contains 252 pages in English. It focuses on autonomous marine vessel systems and control approaches, detailing modeling, analysis, and control design methods for stabilization control, trajectory tracking control, and cooperative formation control of AMVs. It is a solid resource for researchers, engineers, and graduate students seeking practical skills in analysis and control design for tracking, stabilization, and cooperative operations of surface and underwater vessels.
✅ Author: Gao, Zhenyu
✅ Edition: 1st ed. 2022
✅ Pages: 252
✅ Language: English
✅ Focus areas: stabilization control, trajectory tracking, and cooperative formation control for AMVs
💡 What is an autonomous marine vessel control system used for? It is a handy framework for managing stability, accurate trajectory tracking, and fleet coordination in marine operations. - stabilization control for AMVs - trajectory tracking for open-water routes - cooperative formation control for fleets - modeling and analysis for control design
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