國立臺北大學通訊工程學系前身為國立台北大學通訊工程研究所， 於2004年成立，位於南港軟體園區、中研院及新竹科學園區間， 三峽交流道旁，為台灣高科技產業的中心點。本系主要發展通訊 高科技產業，強調獨立思考及創新設計能力之訓練，並要求學生 參與研究計畫，以驗證所學和獲取經驗，同時培養理論與實務兼 備、人文與科技整合的高級人才。發展方向為通訊系統設計、通 訊晶片設計、網路交換、數位訊號處理、多媒體通訊等相關技術。 近年積極參與工程科技教育認證(IEET)，並於2010年通過認證。 目前設有通訊工程學士班、碩士班、資通科技產業碩士專班、及國際學生碩士班。

專題研討(111/05/27)－黃彥銘博士(創未來科技股份有限公司/主任工程師)

題目：Portable Phased Array Radar Design: Modern Applications and Basic Principles 可攜式相控陣列雷達設計：新式應用和基本原理

主講人：黃彥銘博士(創未來科技股份有限公司/主任工程師)

時間：111年05月27日(星期五13：00- 15：00)

地點：遠距線上

 

 

Bio: 
Yenming Huang is currently a Principal Engineer in the Algorithm Design Department at Tron Future Tech Inc., Hsinchu, Taiwan, and serves as an Adjunct Assistant Professor in the Graduate Institute of Communication Engineering (GICE) at National Taiwan University (NTU), Taipei, Taiwan. He received the Ph.D. degree in Communication Engineering from NTU, Taipei, Taiwan, in Jan. 2019. In the subsequent six months, he was a Postdoctoral Researcher in the GICE at NTU to execute the EU-TW Clear5G project. His expertise is mainly in signal processing and optimization for communications, including multi-antenna multi-carrier transceiver systems, phased array radar systems, digital calibration for hardware non-ideal effects, next-generation telecommunication key technologies, and signal and data processing algorithms. 
 
Abstract: 

A phased array, namely an electronically scanned array of antennas, can effectively produce beam patterns in different directions for signal transmission and reception without mechanical rotation of array antennas. A radar, i.e., radio detection and ranging, can be used for detection, tracking, and imaging of an object or physical phenomenon, in terms of range, velocity, angle, and radar cross section. Combining a phased array with a radar in a portable device has been considered one of the most promising technologies in recent years, for various new commercial and military applications, such as drone surveillance, vehicle networks, satellites, etc. In this talk, we will provide a comprehensive overview of modern phased array radar applications, and then learn about the basic principles of phased array radar system development.