The Women in Circuits and Systems (WiCAS) Committee of the IEEE Circuits and Systems Society proudly invites you to attend the WiCAS Technical Session organized with the occasion of ISCAS 2021.
Attendees are welcome to continue discussions in the breakout rooms and the ad-hoc encounter spaces available in the virtual platform.
WiCAS 2021 Program Schedule
The WiCAS Workshop is scheduled in May 24, 2021 (Monday) in KST(GMT+9).
General Program
Time in KST(GMT+9)
Title
Presenter
13:00-13:30
Luncheon
Session Chair 1 (Online): Soo Youn Kim (Dongguk University, Korea)
Session Chair 2 (Onsite): SoYoung Kim (SungKyunKwan University, Korea)
13:30-13:35
Opening
Soo Youn Kim (Dongguk University, Korea)SoYoung Kim (SungKyunKwan University, Korea)
13:35-13:40
Welcome Remarks
Yoko Utame(Tokushima University)
13:40-14:10
Ultrafine Time Resolution, Linear Time-to-Digital Converter Design
Hayun Chung(Korea University)
14:10-14:40
Building a Career in Science and Engineering
Ljiljana Trajkovic(Simon Fraser University)
14:40-15:00
Discussions and Networking
Notice for ISCAS 2021 registrants
WiCAS satellite event @ISCAS 2021 is available for the ISCAS 2021 registrants.
If you want to take our outstanding WiCAS lectures, please click the button below to register.
Please be noted that all the domestic registrants are subject to attend the WiCAS sessions onsite.
WiCAS 2021 Invited Speakers
Ultrafine Time Resolution, Linear Time-to-Digital Converter DesignMay 24, 2021 13:40-14:10 (KST)Hayun Chung, Korea University, Korea
Abstract.
High-resolution time-to-digital converters (TDCs) have many applications such as on-chip timing measurement, ADPLL, and time-of-flight measurement (ToF). Unfortunately, designing such high-resolution TDCs with high linearity is non-trivial due to worsening on-chip variability as fabrication technology continues to scale. While stochastic TDCs (STDCs) can potentially achieve fine time resolutions utilizing random on-chip variation effects, ironically, the randomness posed by the variability effects limit the linearity performance of the STDCs. This presentation proposes a STDC with linearity calibration that achieves ultrafine time resolution (360-fs) and good linearity (0.75 LSB INL), simultaneously.
Biography.
- 2014.3~: Associate Professor, Electronics and Information Engineering, Korea University, Sejong, Korea
- 2011~2014: Postdoctoral Researcher, KAIST
- 2009~2011: Special Research Assistant Professor, Keio University
- Ph.D. in Engineering Sciences, Harvard University
Building a Career in Science and EngineeringMay 24, 2021 14:10-14:40 (KST)Ljiljana Trajkovic, Simon Fraser University, Canada
Abstract.
In this motivational address, I will talk about the essential role that education plays in our lives and careers. I will also revisit my career choices, reflect on my experiences in industrial and academic jobs, and emphasize benefits of volunteering for professional organizations. In closure, I will describe my current research projects on applications of machine learning to detecting traffic anomalies and intrusions.
Biography.
- 1998~2021: Professor, Simon Fraser University
- 1995~1997: Visiting Professor, University of California, Berkeley
- 1990~1995 Research Scientist, Bell Communications Research
- 1988~1990 Member of Technical Staff, AT&T Bell Laboratories
- Ph.D. in Electrical Engineering, University of California, Los Angeles