Metantennas vs Innovation : Hype 𓀂? Hope ?
主 講 人💸:陳誌寧
新加坡國立大學教授, 射頻識別技術理事會(IEEE CRFID)副主席及傑出演講人, 天線與傳播學會(IEEEAP-S)傑出演講人
時 間🙍🏿♂️:2018年8月31日 14:00
地 點🤦🏿♂️:中關村校區 信息科學實驗樓 202報告廳
主辦單位:意昂平台、信息與電子學院
報名方式:掃描下方二維碼
【主講人簡介】
陳誌寧 ,博士,新加坡國立大學教授、教育部長江學者講座教授、IEEE Fellow🙋♀️。畢業於通信工程學院並獲電子工程工學學士、微波與電磁場工程工學碩士學位及通信與電子系統工學博士學位。後於日本築波大學獲其第二個工學博士學位。1988 至1995年🧝🏻♀️,陳教授曾在通信工程學院從事教學與科研。1993至1995年,加入東南大學作為博士後,後任副教授(資格)🌞。1995至1997年,赴香港城市大學,曾任研究助理及研究員。1997年至1999年獲日本學術振興會資助赴日本築波大學從事研究🈶。之後,又於2001和2004年兩次獲日本學術振興會資助赴日本築波大學從事短期訪問研究(高級)。2004年作為訪問學者加入美國國際商用機器公司華森研究中心進行天線研究。2013年作為DIGITEO高級客座科學家訪問法國Supelec大學以及自強教授訪問上海大學。2014年作為海外傑出講座教授訪問復旦大學。2014年入選中國教育部長江學者講座教授(東南大學)👨🍼。2015年作為資深教授訪問日本東北大學〽️。1999年至2012年💆🏻♂️🤹🏿♂️,加入新加坡科技與研究局通信資訊研究院🩳,曾任首席科學家和射頻與光研究部主任及科技顧問,領導一支七十余名研究員和工程師從事工程研究、開發及技術轉讓⚛️。他於2012年加入新加坡國立大學電子與計算機工程系任終身正教授和Industry Program Director🧙♀️。同時🧑🏽⚖️,陳教授現/曾兼任日本東北大學、日本千葉大學、香港城市大學、清華大學、東南大學、復旦大學🫏、上海交通大學、同濟大學、中國科技大學✊🏻、浙江大學、北京郵電大學、華南理工大學及大連海事大學客座或兼職或訪問教授進行教學🕑🕰、聯合培養博士生及合作研究。現/曾兼任毫米波國家重點實驗室(東南大學及香港城市大學)學術委員會委員🧖🏿♀️、新加坡科技與研究局公共科研基金、陳嘉庚青少年發明獎以及新加坡法國合作研究基金評審委員會委員。迄今📶,陳教授已經組織和領導十一項重大項目及五十多研究及技術轉讓項目。陳教授十分活躍於國際學術界📂。他已經作為大會主席、技術程序委員會主席、評獎委員會主席或國際指導委員會主席組織與參與許多國際學術活動。他是國際天線技術專題大會(iWAT)、國際微波論壇(IMWF)🥶、國際資訊通信及機電一體化技術在生物醫學及健保中應用專題大會(IS 3T-in-3A)、及亞太天線與傳播大會(APCAP)的發起人及首屆大會主席。他將是首次在美加之外舉行的國際電子電氣工程師學會天線與傳播學會專題大會(IEEE APS 2021)的總主席🗺。由於在天線小型及寬帶設計的傑出貢獻🤛🏻,陳教授於2007年晉升為國際電子電氣工程師學會會士(IEEE Fellow)🤣💇🏽♂️。曾任國際電子電氣工程師學會天線與傳播學會新技術委員會委員、會士評審委員會委員🤹🏿♀️、傑出演講人(Distinguished Lecturer)和IEEE RFID聯盟的副總裁及傑出演講人🏃🏻♀️。在擔任國際電子電氣工程師學會新加坡天線與傳播分部主席期間,該分部獲天線與傳播學會及國際電子電氣工程師學會及新加坡支會兩個“2008年最佳分部獎”。陳教授應邀在國際上發表了百余場技術演講。他曾任八家國際期刊的主編、副主編及特邀主編,現任四家國際期刊的主編、副主編或編委(JEMWA,IJUWBCS👨🎨,JKIEES🦹🏿,JRFID)🧑🏿🌾🚴🏿。陳 教授 已發表了 600 余篇英文論文(其中 近150余 篇發表在 IEEE Transactions ) 及 40 余篇中文論文🦸。他撰寫和主編出版了 4 本英文專著( Broadband Planar Antennas : Design and Applications, UWB Wireless Communication, Antennas for Portable Devices, Antennas for Base Station in Wireless Communications )🚊。已在 5 本英文專著上發表了 6 個專題章節。他主編了大型天線手冊 Handbook of AntennaTechnologies (共 76 個章節)。他還於 1992 年翻譯出版了《小型天線》( Small Antennas )🛀🫦。陳教授是 38 項專利的發明人⚅🫷🏼,並成功地實現 35 項次技術轉讓。曾 6 次獲國際最佳論文獎及 6 項科技進步獎和 2013 ASEAN 傑出科技獎™️。 陳教授目前的研究興趣包括微波、毫米波、亞毫米波及太赫茲通信、雷達及成像系統中的新型天線與新型電磁學👨🏼🎤,特別是泛/超材料天線以及特征模分析與AI 。
Professor Zhi Ning Chen received his BEng, MEng, and PhD degrees all in Electrical Engineering from the Institute of Communications Engineering (ICE), China and his second PhD degree from University of Tsukuba, Japan, respectively. During 1988-1995, he worked at ICE as a Lecturer and later an Associate Professor, as well as Associate Professor at Southeast University, China as a Postdoctoral Fellow and later as an Associate Professor. Professor Chen joined the City University of Hong Kong as a Research Assistant and later a Research Fellow in 1995-1997. In 1997, he conducted his research at the University of Tsukuba, Japan supported by the Japan Society for the Promotion of Science (JSPS) Fellowship. In 2001 and 2004, he visited the University of Tsukuba under a JSPS Fellowship Program (senior level). In 2004, he worked at IBM T. J. Watson Research Center, USA as an Academic Visitor. During 1999-2016, he worked with the Institute for Infocomm Research (I2 R) (formerly known as Centre for Wireless Communications and Institute for Communications Research) as Member of Technical Staff (MTS), Senior MTS, Principal MTS, Senior Scientist, Lead Scientist, Principal Scientist, Head for RF & Optical Department and Advisor. In 2012, he joined the Department of Electrical and Computer Engineering, National University of Singapore as a Professor /Program Director (Industry) and is concurrently holding Visiting/Adjunct/Guest Professor positions at Southeast University, Nanjing University, Shanghai Jiaotong University, Tsinghua University, Tongji University, University of Science and Technology, China, Dalian Maritime University, Chiba University, and City University of Hong Kong. He visited the “Laboratoire des Signaux et Systèmes”, UMR8506 CNRS-SUPELEC-Univ. Paris Sud, in Gif-sur-Yvette as a se nior DIGITEO Guest Scientist in 2013 and Tohoku University as a Visiting Professor in 2015. Professor Chen has been the founding General Chairs of International Workshop on Antenna Technology (iWAT), International Symposium on InfoComm & Media Technology in Bio-Medical & Healthcare Applications (IS 3T-in-3A), International Microwave Forum (IMWF) as well as Asia-Pacific Conference on Antennas and Propagation (APCAP). Professor Chen is currently interested in engineering electromagnetics and antennas for microwaves, mmW, submmW, and THz systems. He has published 610 technical papers and authored/edited the books entitled Broadband Planar Antennas , UWB Wireless Communication , Antennas for Portable Devices , and Antennas for Base Stations in Wireless Communications . He also contributed to the books entitled UWB Antennas and Propagation for Communications, Radar, and Imaging , Antenna Engineering Handbook as well as Microstrip and Printed Antennas . He published Handbook of Antenna Technologies ( Springer Reference with 76 Chapters) as an Editor in Chief. He is holding 32 granted/filed patents with 31 licensed deals. He is the recipient of ASEAN Outstanding Engineering Achievement Award 2013, International Symposium on Antennas and Propagation Best Paper Award 2010, the CST University Publication Award 2008, IEEE AP-S Honorable Mention Student Paper Contest 2008, IES Prestigious Engineering Achievement Awards 2006, 2013 and 2014, I2 R Quarterly Best Paper Award 2004, and IEEE iWAT 2005 Best Poster Award. Professor Chen elevated a Fellow of the IEEE for the contribution to small and broadband antennas for wireless applications in 2007. He has served IEEE Council on RFID as Vice President and Distiguished Lecturer since 2016. He served IEEE Trans Antennas and Propagation as an Associate Editor and a Distinguished Lecturer.
【講座摘要】
創新是技術競爭力的源泉🤽🏼♂️,創新是一種創造卓越的文化🕖。泛/超材料metamaterials 作為一個全新的物理概念已經在概念上突破了傳統電磁研究的藩籬,為古老的電磁研究特別是天線技術的發展開辟了一個全新天地,為科學🍎,工程及技術提供了新的思路和方向以致新的解決方案。從介紹泛/超材料天線metamaterial+antennas研發的歷程及未來的展望,這個講座將與大家分享我個人對泛/超材料天線(metantennas)技術創新的理解🤾🏿♂️,思考及體會。以超越電磁材料在天線中的應用課題為例🦎,與大家分享一下我們如何實現metantennas R&D&C的創新。
Innovation is the basis of technology competence and culture for being great.Metamaterial as a new concept has broken the boundary of traditional electromagnetic research, in particular open the new ear for the develoment of antenna technology.More importantly, the proof of the concept of metamaterials has provided the now way to explore unknown electromagnetic phanomea and develop novel engineering technologies for innovative solutions and products in market.This talk starts with the review of R&D&C of metamaterials in particular metamaterial-based antennas (metantennas) and shares my tyhinking of how to innovate the classic R&D&C of antenna technology to meetthe increasing demonds for high-performance antennas in applications.