¡¤
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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