CALL FOR PARTICIPATION ASP-DAC 2022 Asia and South Pacific Design Automation Conference
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CALL FOR PARTICIPATION
ASP-DAC 2022
Asia and South Pacific Design Automation Conference
Fully virtual conference
January 17 - 20, 2022
Pre-recorded videos are available during
January 10 - 28.
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Register and Watch Video Streaming NOW, until Jan 28
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ASP-DAC has been the largest conference on Electronic Design Automation (EDA) for VLSI and systems in Asia and South-Pacific regions since 1995. ASP-DAC 2022 is the 27th edition, which offers an ideal opportunity to learn recent technologies and future directions of EDA and VLSI design. In addition to technical papers and tutorials, ASP-DAC also features a Designers' Forum for circuit designers to share their latest designs.
Considering the ongoing COVID-19 pandemic, ASP-DAC 2022 will be held as a full virtual conference. Attendees can watch online videos or live streams during the conference period with interactive Q&As.
Please do not miss ASP-DAC 2022 by checking out the conference website (http://www.aspdac.com) for all details and latest updates.
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ASP-DAC 2022 features Keynote Speeches, Tutorials, Designers' Forum, Design Contest, and last but not least, the Technical Sessions, which are detailed below and available at
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1. Shankar Krishnamoorthy (Synopsys, USA)
"Boosting Productivity and Robustness in the SysMoore with a
Triple-play of Hyperconvergency, Analytics, and AI Innovations"
2. Jerry M. Chow (IBM, USA)
"Powering a Quantum Future through Quantum Circuits"
3. Ken Wang (TSMC, Taiwan)
"EDA Opportunities for Future HPC and 3D IC Integration"
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ASP-DAC 2022 offers a set of three-hour lectures on the following advanced topics with both interactive live streaming and recorded videos. Registered attendees can watch all tutorials without extra costs.
Tutorial-1: IEEE CEDA DATC RDF and METRICS2.1: Toward a Standard Platform for ML-Enabled EDA and IC Design
Speakers: Jinwook Jung (IBM Research), Andrew B. Kahng (UCSD), Seungwon Kim (UCSD), Ravi Varadarajan (UCSD)
Tutorial-2: Low-bit Neural Network Computing: Algorithms and Hardware
Speakers: Zidong Du (Chinese Academy of Sciences), Haojin Yang (Hasso-Plattner-Institute), Kai Han (Huawei Technology)
Tutorial-3: Side Channel Analysis: from Concepts to Simulation and Silicon Validation
Speakers: Yier Jin (Univ. of Florida), Makoto Nagata (Kobe Univ.), Lang Lin (ANSYS Inc.)
Tutorial-4: New Techniques in Variational Quantum Algorithms and Their Applications
Speakers: Tamiya Onodera (IBM Research), Atsushi Matsuo (IBM Research), Rudy Raymond (IBM Research)
Tutorial-5: Towards Efficient Computation for Sparsity in Future Artificial Intelligence
Speakers: Fei Sun (Alibaba Group, China), Dacheng Liang (Biren Technology), Yu Wang (Tsinghua Univ.)
Tutorial-6: Scan-based DfT: Mitigating its Security Vulnerabilities and Building Security Primitives
Speakers: Aijiao Cui (Harbin Inst. of Tech.), Gang Qu (Univ. of Maryland)
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The Designers' Forum offers a unique platform for LSI designers and EDA academia/developers to share design experience and solutions on real product developments. The topics include:
Session 3A: Key Drivers of Global Hardware Security
Session 5A: Compiler and Toolchain for Efficient AI Computation
Session 6A: AI for Chip Design and Testing
Session 8A: Empowering AI through Innovative Computing
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The University LSI Design Contest (UDC) solicits state-of-the-art LSI and/or system designs from universities around the world to compete on design excellence and implementation quality.
9 high-quality designs with silicon proofs and measurements will be demonstrated in the UDC session
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ASP-DAC 2022 has 27 regular paper sessions consisting of 95 high-quality research papers, together with 5 special sessions on selected hot topics. Both interactive presentation and recorded video of each research work will be available online only for registered attendees.
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ASP-DAC 2022 is proud to be sponsored by:
ACM/SIGDA, IEEE CAS, IEEE CEDA
ASP-DAC 2022 gratefully acknowledges the support from sponsors:
Ministry of Science and Technology, Ministry of Education,
National Tsing Hua University, Synopsys, Inc.,
Cadence Design Systems, Inc., MediaTek Inc.,
Taiwan Semiconductor Research Institute,
AnaGlobe Technology, Inc., Faraday Technology Corporation,
Footprintku, Inc., Global Unichip Corp.,
Industrial Technology Research Institute, Kneron, Inc.,
Maxeda Technology Inc., Novatek Microelectronics Corp.,
Realtek Semiconductor Corp., Siemens.
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E-mail: aspdac2022@aspdac.com
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