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Introduction
Seminar

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       ¡¤ Prof. Inhee Lee, University of Pittsburgh, Pittsburgh, PA.

         2024. 05. 07. The World's Smallest Active Electronics System & its Applications

       ¡¤ Master. Hyunwoo Lee, Micron, USA.

         2023. 12. 27. Future DRAM technology and industry issues

       ¡¤ Prof. Taekwang Jang, ETH Zurich.

         2023. 08. 14. Energy Efficient Circuits Beyond what have been believed as the Fundamental Limits:

       Power Converter, Analog Interface and Frequency Generation

       ¡¤ Prof. Minyoung Song, DGIST.

         2023. 06. 26. "Smaller in Volume, Larger in Throughput" Wireless solutions in Biomedical Applications

       ¡¤ Dr. Sigang Ryu, Georgia Institute of Technology, Atlanta.

         2023. 06. 09. A 65nm 60mW Dual-Loop Adaptive Digital Beamformer with Optimized Sidelobe Cancellation

       and On-Chip DOA Estimation for mm-Wave Applications 

       ¡¤ Prof. Charles Dhong, University of Delaware, Newark.

         2023. 05. 26. Mechanical Forces at Biological Interfaces

       ¡¤ Dr. Dongsuk Shin, Intel, Santa Clara.

         2022. 07. 14. 23.9 to 29.4 GHz Digital LC PLL with a Coupled Frequency Doubler for Wireline Applications

       ¡¤ Prof. Jabeom Koo, The Cooper Union, New York.

         2022. 01. 14. 300mV Power Supply Analog/RF Circuit Design

       ¡¤ Prof. Kenneth O, UT Dallas, Richardson.

         2021. 11. 12. Terahertz Applications Using CMOS Integrated Circuits

       ¡¤ Prof. Rikky Muller, UC Berkeley.

         2020. 09. 08. Intelligent, Wireless Nuerotherapeutic Implants

       ¡¤ Prof. Makoto Nagata, Kobe University, Japan.

         2020. 09. 01. On-chip Physical Attack Protection Circuits for Hardware Security

       ¡¤ Prof. Sudhakar Pamarti, UCLA.

         2020. 09. 01. Low power clocking for energy conscious IoT systems

       ¡¤ Dr. Dongseok Shin, Intel, Santa Clara.

         2019. 07. 23. A mixed-mode Injection Frequency-Locked Loop for Self-Calibration of Injection Locking Range 

                     and Phase Noise

       ¡¤ Prof. Makoto Takamiya, University of Tokyo, Japan.

         2019. 04. 13. Integrated Power Management Circuits for Energy-Efficient IoT Systems

       ¡¤ Dr. Minyoung Song, IMEC, Netherlands.

         2018. 01. 02. General Consideration for Design and Measurement Techniques for PLL

       ¡¤ Prof. Ali Sheikholeslami, University of Toronto, Canada.

         2017. 11. 09. ADC-Based Clock Recovery for Serial Links

       ¡¤ Prof. Masum Hossain, University of Alberta, Canada.

         2017. 11. 09. Low Power Digital Equalization For High Speed SERDES

       ¡¤ Dr. Jungyoung Song, Intel, Santa Clara.

         2017. 10. 16. Research Trends in Silicon Valley

       ¡¤ Dr. Youngjae Min, SENTOUS.

         2017. 06. 15. LDO in DRAM Cell Core

       ¡¤ Prof. Byunghoo, Purdue

         2015. 02. 24. Magnetic wireless personal area position tracking and its applications to 

                 3D man-matching interface

       ¡¤ Prof. Dong S. Ha, Virginia Tech.

         2015. 01. 05. Power Management Circuits for Piezoelectric Energy Harvesting

       ¡¤ Dr. Sang Dhong, Taiwan Semiconductor Manufacturing Company.

         2014. 11. 03. Recent Advances in ASIC-compatible Circuit Techniques for a SOC in

                             Newly Emerging Application Areas (Invited Paper)

       ¡¤ Dr. Sang-Soo Lee, Suvolta, Los Gatos, CA.

         2014. 09. 25. Semiconductor Technology for the Next Wave of Computing

       ¡¤ Prof. Leon Chua, University of California, Berkeley

         2014. 04. 14. Memristor's Past, Present and Future

       ¡¤ Prof. Jaeha Kim, Seoul National University.

         2014. 03. 17. XMODEL : A Truly Event-Driven Analog/Mixed-Signal Simulator in SystemVerilog

       ¡¤ Prof. Un-Ku Moon, Oregon State University.

         2013. 11. 08. Ring Amplifier (for Switched-Capacitor Circuits/ADC)

       ¡¤ Prof. Seung-Tak Ryu, KAIST.

         2013. 11. 08. Flash and SAR based Low-Power and High-Speed ADC

       ¡¤ Prof. Young-Cheol Chae, Yeonsei University.

         2013. 11. 08. Micropower Analog-to-Digital Converters

       ¡¤ Prof. Philip Mok, Hong-Kong University of Science and Technology.

         2013. 11. 08. Power Management IC Design in SoC Applications

       ¡¤ Prof. Kang Yoon Lee, Sungkyunkwan University.

         2013. 11. 08. Transceiver Design for Wireless Power Transfer

       ¡¤ Prof. Jin-Tae Kim, Konkuk University.

         2013. 11. 08. Ring Amplifier (for Switched-Capacitor Circuits/ADC)

       ¡¤ Chief Engineer. Woo-Yeol Lee, LG Electronics Inc.

         2013. 11. 08. Data Converters for Digital TV SoC

       ¡¤ Master. Tae-Chan Kim, Samsung Electronics Co.

         2013. 11. 08. ADC in Image Sensor : Challenge for the future

       ¡¤ Senior Engineer. Young-Jin Woo, Silicon Works Co.

         2013. 11. 08. Load-Independent Control of Switching DC-DC Converters

       ¡¤ Executive director. Byeong-Ha Park, Samsung Electronics Co.

         2013. 11. 08. Power Management IC for Mobile Application: Design & Challenges

       ¡¤ Dr. Sang-Soo Lee, Suvolta, Los Gatos, CA.

         2013. 10. 23. Technology Trends of Low Power SoC in Wireless Mobile Applications

       ¡¤ Dr. Yongtae Kim, Intel, Santa Clara, CA.

         2013. 10. 10. Energy Efficient and Error Resilient Neuromorphic Computing in VLSI

       ¡¤ Dr. Jun Won Jung, UCLA.

         2013. 03. 04. A 25-Gb/s 5-mW CMOS CDR/Desrializer

       ¡¤ Prof. Anton Popov, Kyiv Polytechnic Institute, Ukraine

         2013. 02. 26. Biomedical Electronics and Signal Analysis Research Group

       ¡¤ Prof. Chris H.Kim,  University of Minnesota.

         2012. 12. 17. Beyond SRAM: Recent Developments in Gain Cell Embedded DRAM and STT-MRAM

                             Research

       ¡¤ Dr. Kyung-Hoae Koo, Intel, Hillsboro, OR USA.

         2012. 11. 20. Intel 2nm 3D Tri-Gate SRAM Technology

       ¡¤ Dr. Myoung Joon Choi, Intel, Chandler, AZ.

         2012. 03. 29. Signal and Power Integrity Consideration for SOC, Platform Design, and Computing

                             Continuum

       ¡¤ Dr. Shon Kim, University of California, Merced, CA.

         2011. 11. 21. How to Make Photovoltaic Systems More Affordable.

       ¡¤ Prof. Tony T. Kim, Nanyang Technological University, Singapore.

         2011. 11. 21. Design of Embedded Memory in Nano-Scale CMOS Technology

       ¡¤ Prof. Un-Ku Moon, Oregon State University.

         2011. 11. 18. Emerging ADCs

       ¡¤ Prof. Chun Huat Heng, National University of Singapore.

         2011. 11. 17. A Pulse Shaping Technique for Spur Suppression in Injection Locked Frequency Synthesizer

       ¡¤ Prof. Sung-Mo Kang, University of California, Santa Cruz, CA.

         2011. 11. 14. Memristive Devices and Circuits

       ¡¤ Dr. Wonho Park, University of California, Los Angeles, CA.

         2011. 11. 02. Effects of Cooling High Performance Computing Systems

       ¡¤ 2011. 09. 02 Data Converter and Biomedical Chip Design Workshop.

          Prof. Min-Kuy Song, Dongguk University, "Hybrid CMOS D/A Converter"

          Prof. Seung-Hoon Lee, Sogang University, "High-Speed High-Resolution Low-Power um~nm COMS ADC

                                                                                     Design Techniques With 4 Different Issues"

          Prof. Seung-Tak Ryu,  KAIST, "Design Techniques and Architectures for High Performance SAR ADCs"

          Prof. Hoi-Jun Yoo,  KAIST, "Wearable Healthcare"

          Master Tae-Chan Kim, System LSI, Samsung, "Overview of ADC for CIS"

          Director, Jun Hwang, Dongbu HiTek, "Design Guideline for Large Scale X-ray CMOS Image Sensor"

          Prof. Byung-Geun Lee,  GIST, "Low-Power techniques in SAR ADCs"

          Prof. Jongsun Park, Korea University, "Low voltage DSP Design Techniques for Bio-Implantable Systems"

          Senior Engineer, Seok Lee, KIST, "Sensor Flatform Techniques for Bio Sensor "

          Prof. Seong-Hwan Cho, KAIST, "Silicon Integrated Circuits for Nero-science and U-health care"

       ¡¤ Ph.D. Sunil Chang, Michigan University.

         2011. 06. 23. A Minimally-Invasive Neural Interface for Wireless Epidural Recording by Intra-Skin

                             Communication

       ¡¤ Prof. Byunghoo Jung, Electrical and Computer Engineering Purdue University, Indiana.

         2011. 01. 08. Wireless Magnetic Tracking for Radiation Therapy

       ¡¤ Je-Kwang Cho, EE Department, Stanford University.

         2010. 10. 26. Fundamentals of Sigma-Delta Data Converters

       ¡¤ Dr. Dong-Won Seo, Qualcomm, CA.

         2010. 07. 21. Key Technologies on Embedded DACs for Baseband Wireless Communication

       ¡¤ 2010. 05. 28. High-Performance / Low-Power ADC Workshop.

          Prof. Min-Kuy Song, Dongguk University, "Folding / Interpolation A/D Converter"

          Prof. Seung-Hoon Lee, Sogang University, "High-Speed High-Resolution Low-Power Fine-line CMOS

                                                                                     ADCs"

          Dr. Tim Kalthoff, Texas Instruments, Dallas, TX, "Getting the Most from ADCs"

          Prof. Byung-Geun Lee, GIST, "A 10-bit 50 MS/s Pipelined ADC with Capacitor-Sharing and Variable-Gm

                                                             Opamp"

          Prof. Jeongjin Roh, Hanyang University, "Low-Distortion Delta-Sigma Modulator with Improved Switched-

                                                                                                              Capacitor Circuit"

          Director, Seokhun Ham, Samsung Electronics, "Low Power ADC for Image Sensor Array Readout"

          Prof. Gilcho An, Sogang University, "Data Converters for Sensor Interface"

          Prof. Seong-Hwan Cho, KAIST, "A Time-based Analog-to-Digital Converter Using Voltage-Controlled          

                                                          Oscillators"

       ¡¤ Sung-Bae Park(VP), Samsung Advanced Institute Technology.

         2010. 05. 18. Enthusiastic Multicore

       ¡¤ Dr. Dae-Han Kwon, University of Illinois, Urbana-Champaign.

         2010. 04. 12. Digitally-equalized RF Transmitter with Integrated Power Amplifier

       ¡¤ Prof. Pavan Hanumolu, Oregon State University, Corvallis, Oregon.

         2010. 03. 24. Phase-locking Techniques in Nanometer CMOS Technologies

       ¡¤ Dr. Seok-Jun Lee, Texas Instruments, Dallas, TX

         2010. 03. 05. System Design for Ultra-Low-Power Application

       ¡¤ 2009.12. 04. ISSCC 2009 Tutorials Replay.

       ¡¤ Prof. Tae-Hyoung Kim, Nanyang Technological University, Singapore.

         2009. 11. 06. Design Techniques for Ultra-Low Voltage Sub-Threshold Circuits

       ¡¤ Prof. Chris Kim, University of Minnesota.

         2009. 06. 29. On-chip Reliability Monitor Circuits and Logic-Compatible Embedded DRAMs

       ¡¤ Dr. Byung-Geun Lee, Qualcomm Incorporated, San Diego, CA.

         2009. 06. 02. Low-Power Techniques for High-Performance Pipelined ADC

       ¡¤ Prof. C. K. Ken Yang, University of California, Los Angeles, CA.

         2009. 03. 06. Electrical I/O Design: Trends and Challenges

       ¡¤ Prof. Kamran Eshraghian, University of California, Merced, CA.

         2008. 11. 05. Surfing the SoS Multitechnology Platform - Volumetric Growth beyond Moore's Law.

       ¡¤ Dr. Jintae Kim, Agilent, Santa Clara, CA.

         2008. 05. 29. Multi-level Power Optimization for Piplelined A/D Converter

       ¡¤ Prof. Jeongjin Roh, Hanyang University. 

         2008. 05. 16. Low-Power Switched-Capacitor Sigma-Delta Design for Audio Band

       ¡¤ Prof. Gunhee Han, Yonsei University. 

         2008. 05. 16. Massively Parallel Sigma-Delta Modulator

       ¡¤ Vice-president Yong-In Park, Dongbu HiTek.

         2008. 05. 16. High-Speed Sigma-Delta ADCs

       ¡¤ Prof. Min Kyu Song, Dongguk University.

         2008. 05. 16. High-Speed Medium-Resolution ADCs

       ¡¤ Prof. Seung-Hoon Lee, Sogang University. 

         2008. 05. 16. High-Speed High-Resolution Low-Power CMOS ADCs

       ¡¤ Director David Robertson, Analog Devices.

         2008. 05. 16. High-Performance ADCs in Deep Submicron CMOS: Architecture and Circuit Issues

       ¡¤ Prof. Gil-Cho Ahn, Sogang University.

         2008. 05. 16. Design-Techniques for Low-Voltage and Low-Power ADCs

       ¡¤ Prof. Gu-Yeon Wei, Harvard University, Cambridge, MA.

         2008. 05. 15. Combining Circuits + Architecture to Combat Variability in Nanoscale CMOS

       ¡¤ Dr. Jongsun Park, Marvell Semiconductors, Santa Clara, CA.

         2008. 02. 22. Equalizer Design for High-Speed Transceiver

       ¡¤ Dr. Sang-Chan Han, Slim tech.

         2007. 10. 20. Analog CMOS Circuit Design.

       ¡¤ Sung-Bae Park(VP), Samsung Elec. System LSI.

         2007. 10. 10. Mobile CPU Low Power Design Technique.

       ¡¤ Prof. Behzad Razavi, University of California, Los Angeles, CA.

         2007. 08. 14. 60-GHz Transceivers in CMOS : Why and How ?

     ¡¤ Yong-Soon Moon, Human Chips.

       2007. 08. 01.  Layout Review and Technique.

     ¡¤ Prof. Chris Kim, University of Minnesota.

       2007. 07. 06. Negative Bias Temperature Instability: A Circuit Designer's Perspective .

       ¡¤ Dr. Jae-Wan Kim, Samsung Elec.

         2007. 07. 04.  CT Sigma-Delta Modulator.

       ¡¤ Dr. Sang-Chan Han, Slim tech.

         2007. 05. 31. Design Technique of A/D Converter.

       ¡¤ Prof. Juin J. Liou, University of Central Florida Orlando, Florida.

         2007. 05. 29. Short Course on Robust ESD Protection in BiCMOS/CMOS Technologies.

       ¡¤ Jung-Su Nam(CEO), KT.

         2007. 05. 23. A life Run Through IT and KT.

       ¡¤ Oh-Hyun Kwon(CEO), Samsung Elec. System LSI.

         2007. 05.09. The Roll of the Coming Semiconductor Technology in the Information Technology Era.

       ¡¤ Dr. Jongsun Park, Marvell Semiconductors, Santa Clara, CA.

         2007. 04. 26. Low Power DSP System Design Based on Computation Sharing.

       ¡¤ Dr. Seok-Jun Lee, Texas Instruments, Dallas, TX.

         2007. 04. 16. Communication System VLSI Architect.

       ¡¤ Prof. In-Chul Hwang, Kangwon National University.

         2007. 04. 03. A 0.18um CMOS Direct Conversion Receiver and Polar Transmitter for GSM/EDGE RFIC

                             Design

       ¡¤ Prof. Naresh Shanbhag, University of Illinois, Urbana-Champaign.

         2007. 02. 27. Communications-Inspired Design of Nanometer SOCs

       ¡¤ Dr. Chulwoong Cha, KETI.

         2007. 02. 05. Fiber to the Chip

       ¡¤ Prof. Juin J. Liou, University of Central Florida, Orlando, FL.

         2007. 01. 30. Robust Electrostatic Discharge(ESD) Protection in CMOS Technology

       ¡¤ 2007 ISSCC Speakers in Korea.

         2007. 01. 18. ISSCC Speaker Rehearsal

       ¡¤ Dr. Jaesik Lee, Bell Laboratories, Alcatel-Lucent, Murray Hill, NJ.

         2007. 01. 17. Reconfigurable RF Radio: Perspective and Design

       ¡¤ Prof. Kwang-Hyun Baek, Chung-Ang University.

         2007. 01. 17. Mixed-signal IC Design Overview & Examples

       ¡¤ Prof. Massoud Pedram, USC, Los Angeles, CA.

         2006. 10. 26. Charge-Recycling MTCMOS: Circuit Techniques and Design Automation Algorithms

       ¡¤ Prof. Sung-Mo(Steve) Kang, University of California, Santa Cruz, CA.

         2006. 08. 23. Bioelectronics, Its Status and Prospectus

       ¡¤ Dr. Jaeha Kim, Silicon Image Inc., Sunnyvale, CA.

         2005. 11. 27. 40Gbps High-Speed Link Design

       ¡¤ Dr. Jaesik Lee, Bell Lab. , Murray Hill, NJ.

         2005. 10. 14. High Speed Analog-to-Digital Converter for RF and Opitcal Fiber Applications.

       ¡¤ Dr. Andreas Leven, Bell Lab.

         2005. 10. 14. An Interferometer-Based Optoelectronics Arbitrary Waveform Generator.

       ¡¤ Prof. Chris Kim, University of Minnesota, Minneapolis, MN.

         2005. 08. 30. Circuit Design in Nanoscale CMOS Technologies.

       ¡¤ Prof. Behzad Razavi, University of California, Los Angeles, CA.

         2005. 08. 17. A New Receiver Architecture for Multi-Antenna Systems.

       ¡¤ Jinho Choi, LG Electronics.

         2005. 06. 11. Analog to Digital Converter Design

       ¡¤ Dr. Yoon Huh, Global Technology Leader, Santa Clara, CA.

         2005. 05. 21. ESD Design Strategy for High speed IO.

       ¡¤ Prof. Suhwan Kim, Seoul National University. 

         2005. 05. 04. Challenges and Opportunities in Deep Submicron CMOS Technology

       ¡¤ Prof. Joong-Hwee Cho, Incheon University.

         2004.10. System IC in Korea : Roadmap and Vision.

       ¡¤ Dr. Myoung Joon Choi, Intel, Chandler, AZ.

         2004. 09. 24. Efficient Broadband Signal Integrity Modeling, Simulation, and Measurement of the

                              Interconnects in High-Speed, Mixed-Signal ICs.

       ¡¤ Dr. Boeun Kim, Integrant Technologies.

         2004. 09. 10. RF CMOS Tuner IC.

       ¡¤ Dr. Jongchan Choi, KETI.

         2004. 08. 30. Processor Trend in the SOC.

       ¡¤ Dr. Cheolung Cha, KETI.

         2004. 08. 09. On-wafer High-frequency Device Modeling Technique for SoC/SoP Applications.

       ¡¤ Myungho Yoo, Samsung Techwin.

         2004. 08. 02. Future Technology Trend.

       ¡¤ Prof. Donhee Ham, Havard University, Cambridge, MA.

         2004. 07. 09. New Developments in Self-Sustained Electrical Standing Wave Oscillators.

       ¡¤ Prof. John Mathews, University of Utah, Salt Lake City.

         2004. 06. 03. Decoding Biologic Signals: Early Markers of Maternal-Fetal Disease.

       ¡¤ Dr. In-Chul Hwang, Samsung Electronics.

         2004. 05. 13. Past, Present, and Future of Mobile RF Transceiver.

       ¡¤ Dr. Hyo-Derk Park, KETI.

         2004. 03. 31. Application of Micro Sensor and Actuator.

       ¡¤ Taejin Kim(CEO), DOESTEK.

         2003. 10. 29. Low Voltage Differential Signaling.

       ¡¤ Prof. Vojin Oklobdzija, University of California, Davis.

         2003. 09. 17. Microprocessor Development Perspective.

       ¡¤ Dr. Sang-Chan Han, Slimtech.

         2003. 05. 29. Design Issues of High-Speed ADC.

       ¡¤ Dr. Jae-Hyung Jang, University of Illinois, Urbana.

         2003. 05. 09. Optoelectronic Devices and InP Compound Semiconductors.

       ¡¤ Dr. Jeong-Woo Lee, University of Illinois, Urbana.

         2003. 04. 29. Performance Analysis of Finite-Length Turbo Code.

       ¡¤ Sung-Bae Park(VP), Samsung Electronics.

         2003. 03. 12. Halla 10: 1.2GHz ARM10 CPU.

       ¡¤ Dr. Yoon Huh, LSI Logic, Milpitas, CA.

         2003. 03. 12. ESD Design Strategy.

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