Zhenyu Zhao – författare

A comprehensive, up-to-date exploration of online impedance measurement techniques In Electrically Contactless Online Impedance Measurement: Theory and Applications, distinguished researchers deliver an authoritative discussion of the theory, most recent developments, and practical applications of contactless online impedance measurement techniques. The book examines a range of relevant topics, including the fundamental principles of online impedance measurement, detailed discussions on various non-contact measurement setups (such as two-probe, single-probe, and multi-probe setups), as well as their applications across a variety of industries, like power electronics, transport electrification, power and energy. The book also includes: A thorough introduction to the evolution and importance of online impedance measurementComprehensive evaluations of the advantages and limitations of probe setupsPractical discussions of future research directions and technological advancements in non-contact impedance measurementDetailed treatments of reliability design, health diagnosis, and condition monitoring in power conversion, transport electrification, renewable energy, and motor drive systems, etc.Perfect for electrical and electronics engineers, Electrically Contactless Online Impedance Measurement will also benefit academic researchers and industrial professionals with an interest in safer and simpler contactless impedance measurement setups.

The proceedings compile rigorously peer-reviewed papers presented at the 4th International Conference on Sensing, Measurement, Communication and Internet of Things Technologies (SMC-IoT 2025), held from November 28-30, 2025. Showcasing cutting-edge advancements across interdisciplinary domains, the proceedings feature original research, innovative applications, and technical breakthroughs in emerging sensing technologies, precision measurement methodologies, next-generation communication architectures, and IoT systems integration. This volume, specifically designed for researchers and engineers, serves as a catalyst for knowledge sharing, collaborative problem-solving, and cross-sector innovation. In addition to supporting curriculum development in IoT-related disciplines, it provides industry professionals with actionable strategies to navigate technological transformation in an era of ubiquitous connectivity.

The proceedings compile rigorously peer-reviewed papers presented at the 4th International Conference on Sensing, Measurement, Communication and Internet of Things Technologies (SMC-IoT 2025), held from November 28-30, 2025. Showcasing cutting-edge advancements across interdisciplinary domains, the proceedings feature original research, innovative applications, and technical breakthroughs in emerging sensing technologies, precision measurement methodologies, next-generation communication architectures, and IoT systems integration. This volume, specifically designed for researchers and engineers, serves as a catalyst for knowledge sharing, collaborative problem-solving, and cross-sector innovation. In addition to supporting curriculum development in IoT-related disciplines, it provides industry professionals with actionable strategies to navigate technological transformation in an era of ubiquitous connectivity.

This book showcases the latest advancements in Sensing, Measurement, Communication, and Internet of Things (IoT) technologies. This comprehensive collection includes invited contributions and extended research papers that have been presented and discussed on a global scale. The proceedings aim to provide a broad perspective, featuring robust discussions and in-depth studies. They cater to a diverse audience of academic researchers, industry experts, innovative thinkers, scholars, professionals, and technologists from around the world who are actively engaged in the fields of sensing technologies, measurement methodologies, communication systems, and the Internet of Things.