报告摘要

Electronic textiles capable of sensing, powering, and communication can non-intrusively enable intelligent interactions between humans and external environment during daily life. As key components, microwave devices and systems face significant challenges in achieving seamless integration with cloth, low-power consumption and etc.. Recent advancements in microwave engineering, materials science, and advanced fabrication techniques have driven wireless systems toward thin, lightweight, and flexible. This presentation explores cutting-edge advancements and developments in fabric microwave devices and systems, covering electromagnetic stealth, electromagnetic interference shielding, wireless energy harvesting and communication.It focuses on the challenges of fabric microwave technology in electromagnetic materials, robust device design, and system integration. Theoretical modeling and experimental validation reveal the feasibility and application potential of fabric microwave devices and systems. This presentation also highlights future research directions for developing low-power and battery-free textile microwave wireless system.

个人简介

Prof, Weibing Lu is the Chief professor of Southeast University, and he also serves as Vice President of Donghua University. His main research interests lie in the area of fexible radio frequency technology, including fexible electromagnetic materials, flexible microwave and millimeter-wave devices and circuits, flexible energy harvesting systems, flexible wireless communication systems, and intelligent electromagnetic computation. He has led multiple projects, including the National Natural Science Fund for Distinguished Young Scholars and the Key Project of Basic Research in Jiangsu Province. He has been selected as a New Century Excellent Talent by the Ministry of Education, a member of the first batch of the “National Huang Danian-style Teaching Team” in universities, and a Distinguished Professor (Premier Support) in Jiangsu Province.