Before Memmo my notes were scattered across PDFs. Now a workspace pulls everything into one place — I see exactly what's still left to study.
Over seven detail-rich chapters, this book comprehensively describes autonomous vehicle chassis modeling and control, chassis domain dynamic control, the estimation of essential dynamic states, research on motion planning, the development of chassis coordinated control, and related topics.
This book first summarizes vehicle dynamic modeling and control and provides the background and related topics for chassis domain dynamic control. It then presents the motivations of chassis domain control and introduces its conceptual framework. The book then focuses on the identification of tire–road interactions, which contain lateral, longitudinal, and vertical tire forces, before then discussing the estimation of essential dynamic states, which represent vehicle handling stability status, and the observation of road surface coefficient. The quantitative evaluation of vehicle chassis domain performance is then provided, with the rigorous definition and design of a comprehensive metric for assessing chassis dynamic performance. Next, the book instructs readers on the chassis-domain dynamic-aware motion planning for autonomous vehicles and the multi-objective multi-subsystem coordinated control. Finally, the authors present their conclusions and future recommendations for the advanced control of autonomous vehicles. The content and structure of this book will enable readers to address the high complexity and unpredictability of traffic conditions, along with the strong nonlinearity of vehicle dynamics during maneuvers, to facilitate the safe and coordinated operations of chassis subsystems. This will further the advancement of autonomous vehicles as the automobile industry transitions into the intelligent age.
This is a vital guide for readers from various expertise backgrounds. Advanced undergraduate and postgraduate students who study vehicle engineering will benefit from the descriptions of theoretical foundations and practical methodologies. Engineers and researchers will also benefit from the unique insights into modeling and control technologies for autonomous vehicles.
Before Memmo my notes were scattered across PDFs. Now a workspace pulls everything into one place — I see exactly what's still left to study.
Memmo's summaries are gold before exams. I don't have to re-read 800 pages two weeks before — just the important parts.
The AI chat has saved me the night before an exam more than once. I just keep asking until I get it — no waiting on a study group to reply.
The quizzes hit exactly what I need to know. Memmo tracks what I get stuck on — so I only practice what's worth it.
Flashcards with spaced repetition are magic. Memmo knows when I'm about to forget something and brings it back.
The AI podcasts are my favorite. I listen on my way to school and get a recap without sitting at a computer.
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