呂學士特聘教授的個人資料 - Profile of Shey-Shi Lu

呂學士 Shey-Shi Lu

國立台灣大學電機工程學系 特聘教授
聯發科技-臺大創新研究中心主任
智慧電子國家型計畫分項召集人
Distinguished Professor, Department of Electrical Engineering, National Taiwan University
Director of MediaTek-NTU Research Center
Principal Investigator of National Intelligent Electronics Program

主要研究領域:

醫療電子,類比電路射,數位電路,頻積體電路及半導體製程/元件

Major Research Areas:

CMOS-based biomedical system-on-a-chip and technologies, analog/digital/RF circuits, semiconductor devices/processing

研究領域摘要:

本實驗室目前研究領域主要在CMOS 醫療電子系統晶片,以及數位,類比,射頻與等積體電路及系統的設計。

本實驗室近年來將過去無線電路的研發成果應用於 More than Moore 領域中的醫療電子方面之研究， 主要係將自行開發之半導體製程技術結合 CMOS 積體電路而開發出創新式醫療電子晶片系統，於 ISSCC 發表六篇(2006 (蛋白質SoC)、2009(智慧釋藥SoC)、2010(止痛晶片)、2014 (動力晶片船SoC),2015(氣體偵測SoC及Lab-on-Chip CMOS SoC))醫療電子相關的論文，為全台灣之最。並於2011、2012與2013在電路設計領域另一極重要之會議 Symposium on VLSI circuits 分別發表全球第一個將 MEMS cantilever 與電路整合製作於同一 CMOS 晶片的 DNA 感測 SoC (2011)、 第一個將奈米線與電路整合製作於同一CMOS 晶片的病毒感測 SoC(2012)及第一個自供電可重組多重感測器生醫 SoC(2013)。

Research Summary:

We are now focusing on the research areas of CMOS-based biomedical system-on-a-chip and technology, digital circuits, analog circuits and radio-frequency integrated circuits (RFIC).

Recent years, we have applied our RFIC research results to biomedical electronics in the "More than Moore" era. Semiconductor processing technologies combined with IC design, pioneering CMOS-based biomedical SoCs are developed. Six medical electronics related papers were presented at ISSCC 2006 (Protein SoC), 2009 (Drug Delivery SoC), 2010 (Pain Relief SoC), 2014 (locomotive Chip SoC), and 2015 (Gas Detector SoC and Lab-on-Chip SoC). World's first DNA cantilever sensor SoC (2011), Virus nanowire SoC (2012), and multi-sensor biomedical SoC (2013) were presented at Symposium on VLSI circuits.

Photo of Shey-Shi Lu