NCTU Electrical and Computer Department

ECE Department Efficient Collaborative Excellent June 20112hmhang/ECE, NCTU

10 Academic Programs in ECE Mobile Communications Microwave and Antenna Wireless Network and Information Security System on Chip (SoC) Design Robotics and Automation Power Electronics and Green Energy Science System and Control Bio-Medical Engineering Multimedia and Digital Signal Processing June 20113hmhang/ECE, NCTU Computer Engineering

ECE Organization ECE Department Graduate Inst. Communications Eng. Graduate Inst. Control Eng. Graduate Inst. Elec. Comp. Eng. Faculty ： 80 Master Students: 542 Ph. D. student: 298 Undergraduate: 784 Director W. R. Wu Chairman Li-Chun Wang Director Bing-Fei Wu 電機系 主任 王蒞君 副主任 歐陽盟 電信所長吳文榕 電控所長吳炳飛 教師 :76 大學部 :799 碩士 :632 博士 :317 Vice Chairman M. Ou-Yang Since 1965

Our Goal Technologies in the 21st century are moving towards the integration of many fields. With this trend, the training for electrical and computer engineering should cover the research areas completely, and emphasize the inter-discipline skills. Our goal: Advance your career in high-tech with state-of-art electrical and computer systems knowledge and skills. June 2011hmhang/ECE, NCTU5

IEEE Trans. Info. Theory IEEE Trans. Comm. IEEE Trans. Wireless Comm. IEEE Trans. Veh. Tech. IEEE Trans. Mobile Comp. IEEE Com Letters IEEE JSAC IEEE Trans. MTT IEEE Trans. SP IEEE Ant.Progagation Time: Source: SCI NCTU ECE Has Strong Publication Record in Communication Areas Major IEEE Communications Publication 6

Our Goal Our professors have written a lot of great textbooks.

NCTU ECE is The Leader in ECE System Technologies All-around Training in Software/Hardware/System Integration Play like a point-guard in basketball. Make every components in systems work efficiently and effectively.

Our Uniqueness Ideas Applications Function Definition Software Planning Hardware Design Circuit Design IC Manufacture E C E System Architectures NCTU ECE is The Leader in ECE System Technologies

Career in Network Communications Chung-Hua Telecom Yahoo Inventech Quanta Asus

Career in Wireless Communications Novel 5GHz Antenna Integrated System-on-Package (SOP) x y z Module configurationModule layoutRealized module 5.4 mm 6.2 mm Tx Rx NCTU ECE created the smallest RF module in the world HTC, Media Tech, Realtech

Dual Degree with International Partners 12

June Coming Together Is Beginning; Keeping Together Is Progress; Working Together Is Success! Henry Ford hmhang/ECE, NCTU

June Welcome to Join NCTU ECE Dept! Efficient, Collaborative, Excellent hmhang/ECE, NCTU

June Backup hmhang/ECE, NCTU

16  Frequency Planning H.-J. Wei, C. Meng, T.-W. Wang, T.-L. Lo, and C.-L. Wang, 2012 ， “60-GHz Dual-Conversion Down-/Up- Converters Using Schottky Diode in 0.18 μm Foundry CMOS Technology,” accepted by IEEE Trans. on Microw. Theory Tech. Will collaborate with UCLA professor Frank M. C. Chang of UCLA for phased-array LNAs and PAs using advanced GaAs technology Transceiver has been implemented by 0.18 mm CMOS 60-GHz Low-Cost Wireless Systems Using 0.18  m CMOS Transceiver and Advanced GaAs PA/LNA

Key player in Intelligent Information and Communications Research Center (I 2 CRC) Establish 4G MIMO OTA Testing Environment, leading in Asia. Achievement 17

Optimal Code Design for MIMO Multiple Access Channel The Most Flexible Construction of Optimal Codes for MIMO- Multiple-Access Channel In this work we provide a systematic construction of space-time codes that is optimal in terms of diversity- multiplexing gain tradeoff. It is also the most flexible construction that works for any combination of transmit/receive antennas, and any number of users with arbitrary transmission rates. 1.H. F. Lu, C. Hollanti, R. Vehkalahti, J. Lahtonen, “DMT Optimal Code Constructions for Multiple- Access MIMO Channel,” IEEE Trans. Inform. Theory, vol. 57, no. 6, pp , Jun H.F. Lu, C. Hollanti, “Optimal Diversity–Multiplexing Tradeoff and Code Constructions of Some Constrained Asymmetric MIMO Systems,” IEEE Trans. Inform. Theory, vol. 56, no. 5, pp , May

Vision Future Trend of Next Generational Wireless Systems: Green Broadband Communications in Heterogeneous Cellular Architectures Bring Transmitters Closer to Users Capacity enhancement Power saving Interference reduction Coverage extension 19