Tiantian Xu – författare

Discover mobile magnetic actuation systems for??manipulating magnetic small-scale robots Exploring the latest advancements in the field, this book introduces mobile ??magnetic actuation systems, covering the principles, development, and their typical applications. Each chapter is complete with a discussion and conclusion, as well as??experimental results when necessary. Readers will find information on current topics such as field and force control methods for reconfigurable electromagnetic actuation systems, concluding with a summary of the design and integration strategies of magnetic actuation systems, as well as their future applications. Other topics include: Design and real-time optimization for a magnetic actuation system with enhanced flexibility, with information on autonomous navigation of a robot under ultrasound doppler imagingMobile magnetic actuation systems for flow rate rejection control of microrobots, with guidance on construction of the control frameworkReconfigurable electromagnetic actuation systems with large workspaces, covering multi-objective optimization methods for coil configuration generationParallel-mobile-coil systems for wired magnetic microrobots, reviewing robotic hardware, structure design, and control frameworksMagnetically controlled guidewire robotic systems for vascular intervention, discussing mathematical modeling and trajectory planningOffering a blend of theoretical insights and practical applications, this book is an excellent resource for researchers, students, and professionals in robotics, computer science, control engineering, and biomedical engineering seeking state-of-the-art insights on the subject.

This book provides a systematic and comprehensive overview of the design, fabrication, motion control, and future development of magnetically actuated soft microrobots. It is composed of six chapters that cover the fundamental principles, material strategies, and control technologies underlying the development of this emerging field. The first two chapters introduce the basic concepts, materials, and fabrication methods of magnetic soft microrobots. Chapters 3 to 5 focus on the locomotion mechanisms, motion control strategies, and cooperative control of multiple soft microrobots, presenting both theoretical analyses and experimental insights. The final chapter discusses the future trends in materials innovation, modeling, control algorithms, and biomedical applications. This book serves as a valuable reference for researchers and engineers working in microrobotics and biomedical engineering, as well as an informative guide for graduate students and educators interested in magnetic soft robotic systems.