本文 一、 目的
EuMC 歐 洲 微 波 會 議 是 世 界 三 大 微 波 會 議 之 一 ， 其 他 兩 個 分 別 為 IEEE IMS/RFIC 及 APMC，歐洲微波會議更為歐洲每年最盛大之微波會議。會議內容包 括微波元件/系統設計(包含主動及被動元件)、射頻收發機設計、天線設計、電波傳
EuMC 2015 舉辦地點於法國巴黎的 Palais Des Congres 舉行。議場剛好位於法 國巴黎地鐵行經路徑上，在交通部分十分的便利。此次會議期間從 9 月 6 號到 9 月
所以學生先至會場旁熟悉環境，並主動了解Workshops及Short courses探討的主題。
第二天 (9/7)
學生到了會場之後，首先完成了報到手續，領取會議相關資料，包含會議程序表與 會議識別證。參加開幕儀式後，並且聽了大會邀請的演講人所分享的近期與未來RF power之趨勢。中午時間大會有安排海報論文發表時間，透過與作者面對面探討更 加了解相關經驗及設計的取捨及考量，對學生目前的研究方向有很大的幫助。下午 則是繼續聆聽相關議題，如" Millimeterwave Frequency Multipliers and Dividers "、
"GaN HEMT Characterisation & Modelling "、"Linearisation Techniques for Advanced Transmitters" 、 "Fiber-Wireless Techniques for Innovative Antenna and Front-end Systems" 、 "CMOS-based Millimeterwave Integrated Circuits" 、 "CMOS Building Blocks"、"GaN Based Power Amplifiers"、"ICs-based Tuning Techniques and Modulation Circuits for Millimeter-Wave and 5G systems "透過聆聽這些議題，相信對學生目前的 研究有很大的幫助。
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第三天 (09/8)
由於第三天的會議主題眾多大致分為" Thermal and Microwave Characterisation of GaN and InP Devices"、" Broadband Components in III-V Technologies"、" Power Device Advanced Performance Assessment"、" Tunable and Reconfigurable Filters and Impedance"、"Focus Session on Modal Analysis of Electromagnetic Structures"、"Passive Millimeter-wave Circuits"、"Systems and Techniques for Wireless Power Transfer and Energy Harvesting"等，這些議題皆為Oral presentation的主題，由於很多主題都是同 時間進行，同一時間學生只能挑選與學生目前研究方向類似的某些議題聆聽，藉此 吸收各方專家的意見及經驗。
第四天 (9/9)
第四天的會議主題大致為" Modeling of Electromagnetic Periodic Structures and Metamaterials"、" Transmission Lines and Transitions"、" Microwaves in Biological and Medical Applications"、" Novel Microwave Technologies for Antennas"、"UWB Antenna System" 等 等 ， 以 上 為 oral presentation 的 會 議 主 題 ， 而 今 日 也 是 學 生 的 post presentation，藉由張貼海報發表學生的作品，並且與會議參加者進行深度的探討與 分析，在問與答的過程中與詢問者交流論文內容與建議，對於學生未來的研究有莫 大幫助。
第五天 (9/10)
第五天所參與的主題為" Innovative Doppler Radar Processing"、" Propagation and scattering"、"Array Antennas - Design & Concepts"、"Antenna Arrays for Different Applications"、"Tunable Components for Signal Processing and Detection"、"System Modelling and Optimization"、"MIMO Radars"、"Radar Measurements"。會議今日主 要的主題是在於雷達系統及天線設計的部份，希望透過與國外學者及廠商交流，藉
Conference Topics
Passive Components, Circuits and Subsystems
Active Devices, Circuits and Subsystems
Field and Circuit Analysis, Simulation and Characterization Techniques6
Systems and Applications
Antennas and Propagation
Wireless Technologies & Applications
GENERAL TOPIC
Modelling and Circuit Simulation
Technologies and Devices
Circuit Design and Applications
RADAR Sub-systems & Modeling
RADAR Signal Processing
RADAR Architectures and Systems
RADAR Applications Workshops
1. Novel Technologies for Potential "THz Killer Applications" in Life Sciences and Spectroscopy
2. 100 Gbit/s Wireless Communications at High mm-Wave Frequencies 3. Technologies Overview for mm-Wave Tunable Circuits
4. Latest Developments in GaN PA Technologies and Techniques 5. GaN Technology for Space Applications
6.Recent Advances on High Performance Reconfigurable Filters
7. RF-Technologies on the Move: The Races of Integrated mm-Wave Automotive Radar and Sensing Technologies
8.Microwave Characterization of Nanoscale Devices
9. Microwave Measurements and Electromagnetic Simulations of Printed Circuit Boards (PCBs) for High Speed Digital and Radio Frequency (RF) Applications 10.Transceiver/IF Structures and Modelling for Wideband and SDR Systems 11.Far-field Wireless Power Transmission
12.SiGe for mm-Wave and THz
13.Nonlinear Microwave Circuit Design: The Basics of Computer Aided Nonlinear Microwave Circuit Design
14.Fundamentals of Microwave Power Amplifier Designs
15. Design by Mathematics of Full Software Radio Circuits and Systems:
Methodology and Application to 5G Standard
16. Fundamentals and Engineering Considerations of Terahertz Technologies: from Devices to Applications
17. Using Symmetry-Related Electromagnetic Properties for Microwave Device Design: Application to Half-Mode Circuits, Balanced Lines and Circuits, and Microwave Sensors
18. Bio-ElectroMagnetism for Biological and Medical Applications: Latest
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Developments on Implantable Micro- Devices, Sensing Concept and Modelling Approaches
19. Millimeter-wave Multilayer MCM/SoP and Heterogeneous Integration Techniques
20.Millimeter-Wave Technologies for 5G Mobile Networks
21.Recent Advances in the Synthesis of Microwave Filters and Multiplexers 22.Recent Advances in RF/microwave Filters for Space Application
23.Current and Future Use of Spectrum by PMSE 24.High RF Power Critical Effects