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首页2018 ISSCC硅工程论坛与新技术研讨会
2018 ISSCC硅工程论坛与新技术研讨会
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2018年国际固态电路会议(International Solid-State Circuits Conference, ISSCC)是IEEE Solid-State Circuit Society主办的一场世界级盛事,于2018年2月11日至15日在旧金山Marriott Marquis酒店举行。会议的主题聚焦在"硅工程:社会世界",强调了集成电路在现代社会中的关键作用,尤其是对无线通信、物联网(IoT)、人工智能(AI)、能源效率、传感器技术等领域的影响。 会议的亮点包括四天的论坛活动,涵盖了广泛的议题: 1. 电路与架构论坛针对无线传感、雷达/成像技术、毫米波多天线系统以及高级光学通信技术。 2. 硬件机器学习推理硬件短课程,探讨了如何利用先进的集成电路技术推动人工智能的处理能力。 周日全天,论坛聚焦于智能能源系统、FinFETs和FDSOI在混合信号设计中的应用,以及十场深入的 tutorials,涵盖了低噪声 PLLs、非易失性存储器、量子计算基础、5G技术、ADC为基础的串行链接等前沿技术。 另外,会议新增的活动有工业展示环节,展示了集成电路在产品设计中的深远影响,以及关于社会公益的电路设计研讨会,体现了技术发展与社会责任的结合。 新设立的晚间活动包括研究生研究进展展示和工作坊,为年轻研究人员提供了交流平台。整个会议旨在通过分享最新的研究成果和技术趋势,促进技术创新和社会进步。 如果你需要获取更多详细信息,可以直接访问ISSCC的官方网站www.isscc.org,了解完整的议程、论文摘要、参会指南等,这无疑是集成电路设计人员和技术爱好者不可错过的年度盛会。
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EE2: Workshop on Circuits for Social Good
Chair: Vivienne Sze, Massachusetts Institute of Technology, Cambridge, MA
Organizers:
Alison Burdett, Sensium Healthcare, Abingdon, Oxfordshire, United Kingdom
Sonia Leon, Intel, Santa Clara, California
Rikky Muller, University of California, Berkeley, Berkeley, CA
Farhana Sheikh, Intel, Hillsboro, OR
Yildiz Sinangil, Apple, Cupertino, CA
Trudy Stetzler, Halliburton, Houston, TX
Ingrid Verbauwhede, KU Leuven, Leuven, Belgium
Alice Wang, MediaTek, San Jose, California
Rabia Tugce Yazicigil, Massachusetts Institute of Technology, Cambridge, MA
The Workshop on Circuits for Social Good highlights various ways that circuits can help
address some of the most important challenges facing society today, ranging from health
care to energy conservation.
The program aims to give a broad perspective on how one can have meaningful societal
impact. It begins with several keynotes and invited talks from industry, academia and startups,
followed by interactive round-table discussions on topics, including machine learning, medical
devices, next generation communications, security and IoT, as well as discussions on career
paths in research, product development, and entrepreneurship.
KEYNOTES
6:00 - 6:30 PM
Winning the Game in a Male-Dominated Industry
Teresa H. Meng
Reid Weaver Dennis Professor in Electrical Engineering, Emerita,
Stanford University, Palo Alto, CA; Founder of Atheros Communications
6:30 - 7:00 PM
Low-Power Design: How Can We Help Become Green?
Nevine Nassif
Intel Fellow, Hudson, MA
INVITED TALKS
7:00 - 7:15 PM
Pioneering Ultra-Low Power Technologies to Empower Personal Healthcare
Esther Rodriguez-Villegas
Professor/Chair in Low Power Electronics at Imperial College London, United Kingdom
Founder and CEO at Acurable; Co-Founder and CSO at TainiTec.
7:15 - 7:30 PM
Driving A Ground-Breaking Ultrathin Flexible Printed Battery to Market -
My Journey From Technologist to Entrepreneur
Christine Ho
Co-Founder and CEO at Imprint Energy, Alameda, CA
EVENING EVENT Sunday February 11
th
, 6:00 PM
12
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EE2: Workshop on Circuits for Social Good
Research and Career Round Tables (Talk to an Expert!)
7:30pm - 8:00pm Short Pitches from Each Table
8:00pm - 9:00pm Round Table Discussions
Next-Generation Communications
Alyssa Apsel, Professor at Cornell, Ithaca, NY
Azita Emami, Professor at Caltech, Pasadena, CA
Machine Learning & Multimedia Systems
Vivienne Sze, Associate Professor at MIT, Cambridge, MA
Marian Verhelst, Assistant Professor at KU Leuven, Leuven, Belgium
Medical Devices and Applications
Rikky Muller, Assistant Professor at University of California,
Berkeley, Berkeley, CA
Esther Rodriguez-Villegas, Professor at Imperial College London,
London, United Kingdom
Security and IoT
Edith Beigne, Senior Scientist at CEA-LETI, Grenoble, France
Ingrid Verbauwhede, Professor at KU Leuven, Leuven, Belgium
Careers in Industry
Andreia Cathelin, Fellow at ST Microelectronics, Crolles, France
Yildiz Sinangil, Circuit Designer at Apple, Cupertino, CA
Trudy Stetzler, Engineering Project Manager at Halliburton, Houston, TX
Bich-Yen Nguyen, Senior Fellow at Soitec, Austin, TX
Sonia Leon, Principal Engineer at Intel, Santa Clara, CA
Careers in Academia
Terri Fiez, Professor & Vice Chancellor of Research at University of Colorado Boulder,
Boulder, CO
Milin Zhang, Assistant Professor, Tsinghua University, Beijing, China
Entrepreneurship
Christine Ho, Co-Founder of Imprint Energy, Alameda, CA
Teresa H. Meng, Founder of Atheros Communications, Palo Alto
EVENING EVENT Sunday February 11
th
, 6:00 PM
13
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Plenary Session — Invited Papers
Chair: Anantha Chandrakasan, Massachusetts Institute of Technology, Cambridge, MA
ISSCC Conference Chair
Associate Chair: Alison Burdett, Sensium Healthcare, Abingdon, United Kingdom
ISSCC International Technical-Program Chair
FORMAL OPENING OF THE CONFERENCE 8:30 AM
1.1 Semiconductor Innovation: Is the party over or just getting started? 8:45 AM
Vince Roche, President & CEO, Analog Devices, Norwood, MA
The future pace of semiconductor innovation is by no means certain. A little more than a
decade ago, Dennard scaling ground to a halt. Symposia and media outlets have been
speculating on what comes after Moore’s Law for years now. Beyond these technology
challenges, business challenges, as well, are putting pressure on traditional semiconductor
innovation: semiconductor prices continue their steady decline while small geometry wafer
fab facilities now cost close to $10B to build.
In this environment, is there any room for continued innovation or is the future of the
semiconductor industry defined by incrementalism, commoditization, and financial
engineering? If our future is the latter, how will we meet the demands of a world where
businesses, governments, and societies are digitizing at a blazing pace? The spread of
pervasive ubiquitous sensing, rapid advances in artificial intelligence, heterogeneous
integration, and the continued impact of digitization on virtually every industry on earth will
require more, not less, semiconductor innovation.
The physicist and philosopher Thomas Kuhn might describe our situation as the crisis that
catalyzes a new paradigm. So what is the next paradigm for semiconductor innovation? What
is our path forward as scientists, technologists, and an industry?
1.2 Brain-Inspired Technologies: Towards Chips that Think 9:20 AM
Barbara De Salvo, Deputy Director for Science and Long Term Research,
CEA-Leti, Grenoble, France
Since the late 50s, brain-inspired computing has been regarded as an interesting alternative
to conventional computational paradigms. Today, the omnipresence of “big data” and
worldwide social interactions requires technologies capable of analyzing complex objects
(such as sounds, images, or videos), in real time, and interact with humans in a cognitive
way. The demand for computational efficiency and “intelligent” features has gone well beyond
what can be achieved with traditional solutions. The advent of the Internet-of-Things has also
introduced a new paradigm that supports a decentralized and hierarchical communication
architecture, where a great deal of analytics processingshould bedone at the edge and at
the end-devices instead of in the cloud. Specialized low-power architectures, inspired by the
human brain, have thus recently become one of the most active research areas in the
computing landscape, offering tremendous opportunities for novel applications. To map the
embedded systems requirements, new challenges in brain-inspired technologies should be
addressed, in particular automatic sensor fusion, system fault tolerance and data-privacy
while achieving high recognition accuracy, low power consumption, and reducing cost.
In this talk, we will illustrate aresearch strategy – one encompassing algorithms, circuits,
and components – to develop brain-inspired technologies and meet the needs of 21
st
-century
applications. To explore the architecture of neural networks, an open software platform has
been created and several neural network circuits conceived and fabricated. The use of
innovative components, such as emerging resistive memories, advanced CMOS, and 3D
technologies has been exploredto allow for the implementation of cognitive tasks in neural
networks. Those novel components bring memory closer to the processing unit and offer
extraordinary potential to implement “intelligent” features, approaching the way knowledge
is created and processed in the human brain. Several concrete examples will be given to
illustrate how brain-inspired technologies are developed using a holistic research approach,
where process development and integration, circuit design, system architecture, and learning
algorithms are simultaneously optimized, opening the door to new disruptive applications.
SESSION 1 Monday February 12
th
, 8:30 AM
14
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ISSCC, SSCS, IEEE AWARD PRESENTATIONS 9:55 AM
BREAK 10:20 AM
1.3 Future Mobile Society Enabled by Semiconductor Technology 10:45 AM
Yukihiro Kato, Executive Director, Denso, Aichi, Japan
The automotive industry is in the midst of a once-in-a-century greatest transformation. The
transformation of the automobile is a consequence of three technology trends: (1)
electrification, (2) driving automation, and (3) vehicle interconnection. All three of these
require dramatic advancement within semiconductor technologies. In this talk, our vision of
the future mobile society is presented, focusing especially on automotive semiconductor
electronics. To promote the electrification of the car, power semiconductors are a key
technology. The energy conversion efficiency of the motor has been increased by IGBTs, and
next-generation SiC MOSFETs will further increase efficiency. However, to put automated
driving to practical use, both advanced sensors and intelligent SoCs are required. Improved
performance of sensors, such as cameras, LIDARs, and millimeter-wave radars, with
increased range and resolution are required to precisely monitor the total environment of the
car. Path planning for automated driving involves recognizing the vehicle’s proximity to nearby
objects and the free space available. In this process, deep learning is an exceedingly useful
method and highly sophisticated SoCs with GPUs are essential for its implementation. Finally,
from the viewpoint of a connected vehicle, cars will shift from lumps of metal into something
like a giant smartphone! Of course, in the connected vehicle, you can make a phone call,
receive and/or transmit emails, do shopping, make payments, and so on. As well, updated
maps are constantly available. But, also, each vehicle must be constantly aware of the status
and intent of nearly vehicles. Clearly, to implement the intricacies of such an interconnected
vehicle network, we need a myriad of semiconductors including communication ICs.
1.4 50 Years of Computer Architecture: 11:15 AM
From Mainframe CPUs to Neural-Network TPUs
David Patterson, Google, Mountain View, CA, University of California, Berkeley, CA
This talk reviews a half-century of computer architecture: We start with the IBM System 360,
which in 1964 introduced the concept of “binary compatibility”. Next, came the idea of the
“dominant microprocessor architecture”, for which the early candidate was the Intel 432
which was shortly replaced by the emergency introduction of the Intel 80x86 in 1978.
However, for the next 20 years, the Reduced Instruction Set Computers (RISC) became
dominant. Then, the Very Long Instruction Word (VLIW) HP/Intel Itanium architecture was
heralded as their replacement in 2001, but instead the role was usurped by AMD’s introduction
of the 64 bit 80x86. Thus, while the 80x86 dominated the PC-Era, RISCs have led thereafter,
currently with 20B shipped annually (versus 0.4B 80x86s). Since the ending of Moore’s Law
and Dennard scaling has stalled performance of general-purpose microprocessors, domain-
specificcomputer architectures are the only option left. An early example of this trend
introduced by Google in 2015 is the Tensor Processing Unit (TPU) for cloud-based deep
neural networking.
PRESENTATION TO PLENARY SPEAKERS 11:50 AM
CONCLUSION 11:55 AM
SESSION 1 Monday February 12
th
, 9:55 AM
15
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