IEEE 40th International Conference on Consumer Electronics
7-9 January 2022 | Virtual Online Conference
IEEE ICCE 2022 Industry Forum
Session1
January 7 12:30–14:00 EST
Career Advice for Students and Young Engineers
Panel Moderator and Organizer: S. Lipoff
Session2
January 7 14:00-15:30 EST
Value of Consumer Digital Health Devices and Their Data for Improving Individual Health and Public Health
Panel Moderators: M. Condry and L. Billeci
Session3
January 8 12:30-14:00 EST
Evolution of Moore's Law for Consumer Electronics
Panel Moderators: T. Coughlin and M. Mattioli
Session4
January 8 14:00–15:30 EST
Product Compliance in Consumer Technology
Panel Moderator: S. Mozar
Session5
January 9 12:30-14:00 EST
Leveraging Intelligent Digital Realities to Reconnect You - Always to the World
Panel Moderators: T. Coughlin and K. Grise
Session6
January 9 14:00-15:30 EST
Current and Future Role/Impact of Consumer Technology During Pandemics Like COVID-19
Panel Moderators: Dr. H. Thapliyal
Session1: Industry Career Development Panel Session
Career Advice for Students and Young Engineers
January 7, 2022 (12:30 - 14:00 EST)
If you don't know where you are going, you might wind up someplace else
Yogi Berra
Plot a success path for your career by engaging with a panel of highly successful engineers from
a diverse group of mainstream commercial consumer technology stakeholders. The panel members
will share their advice to young engineers on topics to enhance their careers. Among the topics
to be discussed are identification of emerging technologies categories where specific expertise
would be highly valued. However, the discussion will go beyond the identification of specific
technical expertise and will also include advice about choosing, and succeeding, with alternate
career path topics and choices. Like any engineering tradeoff selecting a career path requires
considering a balance between employer's needs, self satisfaction, career growth, and the fit
with the non-technical aspects of your personality, communications skills, and creativity. Join
the audience to profit from the advice from these experienced engineers.
Panel Moderator and Organizer
Stuart Lipoff
President, IP Action Partners Inc
Stuart Lipoff (IEEE Life Fellow) received the B.S.E.E degree in 1968 and the
B.S.E.P (engineering physics) in 1969 from Lehigh University, the M.S.E.E.
degree in 1974 from Northeastern University, and the M.B.A. degree in 1983 from
Suffolk University. He is currently self employed as president of his firm IP
Action Partners where he provides contract engineering and consulting services
to clients in the consumer technology, telecommunications, and information
technology sectors.
Previous employment was 25 years as VP of Communications and Information
Technology at Arthur D Little Inc, 4 years as Section Engineering Manager of the
Radio Paging Design unit at Bell & Howell's Communications Division, and 3 years
as Project Engineer at Motorola's Communications Division.
He is past president of IEEE CTSoc and currently VP of Industry and Standards
Activities of CTSoc. Mr Lipoff is a licensed professional engineer in
Massachusetts and Nevada and is a named inventor on seven US Patents.
His expertise is primarily in RF design and systems analysis. Significant
accomplishments including leadership of the project for the cable industry that
developed the first generation of DOCSIS cablemodem standards.
Kip Compton is Senior Vice President of Strategy and Operations for
Cisco’s
Enterprise Networking and Cloud (EN&C) business. Kip leads strategic
planning
for the EN&C business and is responsible for driving transformational
initiatives that enable Cisco to deliver simpler, cloud-driven,
as-a-service
portfolios.
Kip has over 20 years of senior leadership experience driving innovation
in
cloud, video, the Internet of Things, and networking. Kip has held
leadership
roles with vendors as well as service providers. His areas of expertise
include
video, distributed systems, IoT, cloud, and digital media security
Before joining Cisco, he was with Comcast as Vice President of Video and
Media
Engineering, responsible for development of Comcast’s digital cable,
content
security, video on demand, and streaming media infrastructure and
services.
He holds a Bachelor of Science degree in computer science and a master’s
degree
in electrical engineering and computer science, both from the
Massachusetts
Institute of Technology (MIT), and an MBA degree from the Wharton
School. He
holds multiple patents in the areas of digital video, security, and
networking.
Dr. Sharon Peng
Vice President of Global Engineering, Lifestyle Consumer Audio
Division
Harman International (Division of Samsung)
Dr. Sharon Peng is the Vice President of Global Engineering R&D center,
Lifestyle Consumer Audio Division at Harman, a Samsung Company. She
leads
the
engineering R&D team in innovation, design, and development of consumer
audio
products including AKG/Harman Kardon/JBL branded Home, Portable,
Headphone &
Wearable, IOT & Accessories, and Car Aftermarket products.
Her expertise, responsibilities, and interests include advanced audio
and
acoustic research and development, digital signal and speech processing
and
filtering, wired and wireless audio/video/gaming system platform and
architecture design with AI, ANC, TWS, and machine learning algorithms
for
enhanced consumer experiences and revenue driven bestselling consumer
products.
Dr. Peng has more than 25 years of research, development, and leadership
experience in Consumer Electronics and Technology.
Dr. Peng is an IEEE fellow and served as the IEEE Consumer Electronics
Society
(renamed as Consumer Technology Society now) President from 2015 to 2018
for
two
terms. She currently serves as the Chair of IEEE CTS N&A Committee, the
board
member of IEEE TAB N&A committee, CTS fellow committee, IEEE Masaru
Ibuka
Award
committee, IEEE CTS Standard committee.
Dr. Mahsa Pourazad
Senior Engineer, Tech Strategy & Business Transformation, TELUS
Dr. Mahsa T. Pourazad received her M.A.Sc. degree in electrical and
computer
engineering (ECE) from the University of Manitoba in 2004, and her Ph.D.
degree
in ECE from the University of British Columbia (UBC) in 2010. She is
currently a
senior engineer at the Architecture & Analytics Team, TELUS Tech
Strategy
and an
Adjunct Professor with the Electrical & Computer Engineering department
at
UBC.
Her expertise include digital video acquisition, video processing,
end-to-end
video content delivery, quality of experience and artificial
intelligence.
She
is the author of more than 100 research publications, holds several
patents
and
is the recipient of numerous awards and distinctions.
She has been an active member of IEEE, the Standard Council of Canada
(SCC),
and
MPEG. Presently she is a member of the Board of Governors of the IEEE
Consumer
Technology Society (CT Soc) and the Chair of the Artificial Intelligence
and
Machine Learning Technical Committee of the CT Soc.
Dr. Richard Prodan
Engineering Fellow, Next Generation Access Networks at Comcast
NBCUniversal
Dr. Prodan is a Comcast Fellow for Next Generation Access Networks
(NGAN) at
Comcast Cable. As a member of the NGAN team, he coordinates and promotes
advanced developments of new technologies including advanced Physical
Layer
cable transmission technology to leverage product and partnership
solutions
to
the adoption and deployment of Full Duplex DOCSIS (FDX) technology.
Dr. Prodan has played an instrumental role establishing the next
generation
DOCSIS 2.0, 3.0, 3.1, and FDX cable modem standards working with
CableLabs
and
industry representatives from suppliers and cable operators as CTO of
the
Broadband Communications Group at Broadcom. Previously as CTO of
CableLabs,
he
characterized bi-directional cable plant transmission in cable systems
across
the US and Canada. In addition, he worked over eight years with the FCC
Advisory
Committee on Advanced Television Service to develop and test HDTV
systems
for
the US. Prior to joining the cable industry, he worked in the consumer
electronics industry at Philips Research Laboratories on Compact Disc
and
Digital Television.
He was elevated to IEEE Fellow for leadership in the development of high
definition television and broadband networks. He was among the
contributors
who
were recognized by the National Academy of Television Arts & Sciences
with a
Technical Emmy Award for Pioneering Development and Deployment of Hybrid
Fiber
Coax Network Architecture as part of their work with CableLabs. Also, he
is
a
member of the Cable TV Pioneers.
Dr. Prodan holds a Ph.D. in electrical engineering from Columbia
University.
His
bachelor’s and master’s degrees in electrical engineering are both from
City
College of New York.
He is a Life Fellow of the IEEE for leadership in the development of
HDTV
and
High Speed Data on cable systems.
His specialties include: Communication Systems Engineering, Digital
Signal
Processing, Digital Television, Analog Television, Optical Data Storage.
Dr. Mohiuddin Mazumder
Senior Principal Engineer, Intel
Mohiuddin Mazumder received the B.S. degree in electrical engineering
from
Bangladesh University of Engineering and Technology, Dhaka, in 1989, the
M.S.
degree in electrical engineering from New Mexico State University, Las
Cruces,
in 1992, and the Ph.D. degree in applied physics from Yale University,
New
Haven, CT, in 1996., He then joined the Technology Computer-Aided Design
(TCAD)
Group, Intel Corporation, Santa Clara, CA.
He has been working on high-frequency interconnect modeling issues in
chip,
package, and board designs. He has developed an on-chip inductance
simulation
methodology at Intel. He worked with all major microprocessor design
groups
to
develop on-chip inductance design guidelines to avoid inductance issues.
He
is
interested in developing integrated CAD solutions for signal integrity
analysis.
Perry Stultz
General Manager Xbox Development, Microsoft
Perry Stultz, General Manager of Microsoft Xbox, has been with Microsoft
since
early 2008. He currently leads the Xbox Hardware Development
Organizations.
Over
the past 13 years Perry has been honored to represent the engineering
team
that
creates the magical and loved devices that we call Xbox. This includes
Xbox
360,
Xbox One, and the new Series X/S consoles and controller .In addition to
Xbox,
he took a few years off from to lead the development of the Surface Pro
and
Surface Laptop products. Along with traditional engineering development,
Perry
is a champion for Sustainability in the Gaming organization,
fundamentally
elevating Sustainable development activities and materials into the
millions
of
Xbox Devices shipped annually.
Perry was a 16-year veteran of Intel prior to joining Microsoft. During
this
time, he worked on various silicon teams that delivered successful
chipsets
and
processors to the market.
Perry has both a Master and Bachelor degree in Electrical Engineering
from
the
University of Tennessee. Go Vols!!!
In his free time, Perry and his wife Diana have raised 5 wonderful kids
that
have scattered all over the United States with the youngest starting his
collage
career at the Colorado School of Mines in the fall of 2021. On the home
front,
they have 4 dogs, 2 cats, a flock of chickens, and oversees their tree
farm
east
of Seattle.
Value of Consumer Digital Health Devices and their Data for Improving Individual Health
and
Public Health
January 7, 2022 (14:00 - 15:30 EST)
Consumer devices to make healthcare measurements have been a growing market, this includes
devices
that measure traditional measures such as temperature, blood oxygen, EKG, and so on and devices
that
collect data that will evaluate indications of symptoms such as colorectal cancer toilet monitor
from ClinicAI. Included are both wearable and home devices. The pandemic has accelerated the
growth
of products in this area aiming to assist individuals and their medical professionals. The data
from
these devices offer major opportunities for health management for the individual, medical and
pharmaceutical researchers, public health, and other businesses.
The panel is to evaluate the situation looking at existing product directions and the best
opportunities to organize their data for maximum usability safely and privately. Discussion
topics
include:
Product and Technology directions with consumer health devices
including wearable
and home devices.
Types consumer devices and what measure
Organization of data for greatest utility in individual health
management, research,
and public health
Requirements on these systems for maximum benefit to all. This
includes data
compatibility, quality requirements, etc.
Potential opportunities growing from the availability and
utilization of this data.
Utilization of AI for symptom prediction
Panel Moderators
Michael Condry
ClinicAI/Consultant
Michael Condry is currently leading a consulting firm on technology future
directions in business with a recent focus on Digital Health technologies and
their
data. He is also the Chair, of the Advisory Board for ClinicAI, Inc.. Michael’s
career spans both academic and industry positions, mostly in industry. This
includes
senior leadership roles in Intel, Sun, and AT&T Bell Laboratories. At Intel,
Michael
retired after being the Chief Technical Officer in the Client Division. His
technical leadership plus efforts in technical staff development at Intel
awarded
him and his team the prestigious Intel Quality Award in 2015. At Sun he led the
development of UNIX standards as well as improving the architecture engineering.
At
AT&T he was one of the architects for the BellMac 32 processor, lead software
projects including a Real-Time Unix design and Unix System V file system. He
held
teaching and research positions at Princeton University and University of
Illinois,
Urbana-Champaign. At University of Illinois, he served on (then) Senator Al
Gore’s
Internet committee. His background includes projects in computer architecture,
software, firmware, operating systems, networking, IoT, internet applications,
standards, computer security and recently digital health technologies. Michael
has
multiple patents.
Michael, an IEEE Life Fellow, has many years engaging in the IEEE. He is an IEEE
Industrial Electronics Society (IES) Senior AdCom member, Past President of IEEE
Technology and Engineering Management Society (TEMS), member of Computer,
Consumer
Technologies, and Engineering Medicine and Biology Societies. He started the
IEEE
Industry Forum program that is used in many IEEE societies that establishes a
bridge
between industry and research with the IEEE programs. Michael has organized many
IEEE conferences and contributed numerous papers on technology and technical
management.
Lucia Billeci
Researcher, CNR-IFC
Lucia Billeci is a Researcher at the Institute of Clinical Physiology of the
National Research Council of Italy (CNR-IFC). She graduated in Biomedical
Engineering at the University of Pisa in 2007 with 110/110 cum laude and in 2011
she obtained the PhD in Automation, Robotics and Bioengineering at the
University of Pisa.
Her main research interests consist in the implementation and application of
biomedical signal processing techniques, for the study of the neurobiological
and physiological aspects of neurodevelopmental, neurological and cardiovascular
diseases. She is also interested in the application of wearable solutions for
non-invasive monitoring of physiological and pathological situations. Moreover,
she is interested in the application of machine learning techniques for a
personalized medicine.
According to SCOPUS, she is author of more than 80 scientific publications
(h-index: 20).
The awards obtained by Dr. Billeci during her career include the first prize at
the Computer in Cardiology /PhysioNet Challenge 2013 "Noninvasive Fetal ECG".
She is currently member of the Technical Stream of the Consumer Technology
Society of the IEEE for the section “Consumer Systems for Healthcare”. She has
been member of the Technical Program Committee of ICCE Berlin 2021.
Panel Members
Fabio Rangoni
President, Cardioline S.p.A
Dr. Fabio Rangoni is President of Cardioline S.p.A., a leading company
in
designing, developing and manufacturing electrocardiographs and
solutions
addressed to the diagnostic cardiology and telemedicine arenas. He
graduated
in
Electronic Engineering and then he attended a School of Biomedical
Technologies
Specialty of the Faculty of Medicine and Surgery and a course in
Strategic
Management.
He is Member of the Board of Trustees International Society of
Computerized
Electrocardiology. In the past, he has been Member of the Investment
Committee
Sofimac Partners, Member of the Steering Commitee dedicated to
Innovation,
Research and University Unindustria Bologna, president of ASTER, a
company
which
encourages a sustainable growth of the Region through the innovation and
knowledge development as well as the attractiveness and
internationalization
of
the local industrial system and president of the Board of directors of
Mortara
Rangoni Europe. He is author of scientific publications about
electrocardiography in international journals.
Laura Hainke
Research & Communications Specialist, Mentalab
Laura Hainke is a Research & Communications Specialist at Mentalab, a
Neurotech start-up from Munich. She is also a M.Sc. candidate at the
Ludwig-Maximilians-University of Munich, in the field of Clinical
Psychology and Cognitive Neuroscience. She has been and is currently
involved in several research projects using Electroencephalography (EEG)
methodology. At Mentalab, she presents the Explore system - a wireless,
compact, high-precision mobile ExG biosensor - to the scientific
community. Her responsibilities include directly communicating with
users, representing the company at scientific events, as well as
coordinating and supporting studies using the Explore system. In the
future, she intends to pursue a PhD degree in the Cognitive Neuroscience
domain.
Dr. Ming Fang
Private practitioner in Gastroenterology and Hepatology
Dr. Ming Fang is currently in private practice in Gastroenterology
and Hepatology in the San Francisco Bay area. He received his Doctor
of Medicine from Zhejiang University Medical College in China.
He attended Georgetown University for Ph D in Biochemistry and Molecular Biology,
and then Post-Doctor fellow in Molecular Immunology. He published
more than 12 reviewed journal papers.
Subsequently, Dr. Fang received broad and extensive training in many disciplines
in clinical medicine. He finished his residency training in Pathology
at Columbia Presbyterian Hospital and Internal Medicine at Yale-NorWalk Hospital,
and fellowship in Gastroenterology and Hepatology at Harvard Brigham
and Women’s Hospital.
He joined Kaiser Permanente Medical Group (KPMG) in 2004 and
became a partner two years later. In the meantime,
he introduced evidence-based medical practice to China.
Dr. Fang served Board Director on Liver transplant committee, Kaiser
Foundation Hospitals in Northern California.
He served as President of Asian Physician Association at KPMG in 2005 to 2006.
Dr. Fang invented a medication to treat acute on chronic liver failure,
which is in the process of application for a patent in the United states,
China and European Union. Ming serves on advisory board for TSVC-a investment
firm to advise them in biomedical aspect of biomedical startup company projects.
It’s far from a secret that Moore’s Law has been dead for quite some time; clock speeds and
transistor density are no longer indicators of a platform’s performance. Heterogeneous computing
architectures and special purpose hardware have much more prevalent in recent years. The next
several years of security, performance, and power efficiency benefits will not come from mere
IPC and process technology improvements but, rather, by carefully integrating purpose-built
hardware which results in a highly-optimized system. There are several notable examples of this
in recent years (Apple M1, Microsoft Pluton, Apple Afterburner, etc.) – many of them are
consumer electronics. What was once reserved for the very expensive high-performance computing
market (e.g. data center, cloud, etc.) is now readily available to consumers worldwide.
Panel Moderator and Organizers
Tom Coughlin
Coughlin Associates
Tom Coughlin, President, Coughlin Associates is a digital storage analyst and
business and technology consultant. He has over 37 years in the data storage
industry with engineering and management positions at several companies.
Coughlin
Associates consults, publishes books and market and technology reports
(including
The Media and Entertainment Storage Report), and puts on digital
storage-oriented
events. He is a regular storage and memory contributor for forbes.com and M&E
organization websites. He is an IEEE Fellow, President of IEEE-USA and is active
with SNIA and SMPTE.
Michael Mattioli
Goldman Sachs
Michael leads Prime Services Engineering Consulting within the Global Markets
Division at Goldman Sachs. He focuses on engineering strategy and risk
management, including hardware/software architecture and information
security/privacy, with senior leaders of the firm’s global asset management
clients. He is also responsible for the overall strategy and execution of
hardware innovation within the broader technology industry. He previously led
the Hardware Engineering team at Goldman Sachs where he was responsible for the
design and engineering of the firm’s digital experiences and technologies. He is
an IEEE Senior Member and an ACM Senior Member. He co-chairs the Supply Chain
Security work group within the Trusted Computing Group (TCG), leads a work group
within the Global Semiconductor Alliance (GSA) focused on supply chain
provenance and traceability, and serves on the editorial board of IEEE Micro.
Panel Members
Michael Rosenzweig
Intel corporation
Michael Rosenzweig joined Intel in 1992 and has held various technical and management roles
in both product and technology groups for x86 and ARM product lines. He holds over 20 patents
and brings a broad range of experience in 2D and 3D graphics, audio, video, imaging,
performance optimization, system software, software architecture, and product development. His
experience includes development of procedural 3D effects for the Web, development of
immersive 3D audio libraries, SW media codecs for Intel’s XScale™ product line, media
architecture for Atom-based mobile systems with Android, and pathfinding in media, graphics,
imaging and AI domains. Mike is a Sr. PE in the CCG Client Platform Silicon Architecture group,
leading the AI Architecture team. He holds a Master of Engineering in Computer Science from
Cornell University, and a B.S. in Computer Systems Engineering from the University of Massachusetts.
Alan Lee
AMD
Alan Lee is the Corporate Vice President of Research and Advanced
Development at AMD and the founder and head of AMD Research. Previously,
Alan was CEO of a company creating technologies for high-frequency
trading and
quantitative financial analysis. Trained as a mathematician, Alan has
performed and directed innovation across a variety of fields, including
finance, strategy, software, signal processing, AI, and machine
learning.
Luis A. Hernandez
Lenovo
Luis is the leader of Lenovo’s Product Solutions Development (CPSD) team
with overall responsibility for the development of PC and cloud-ready
devices (ThinkPad, ThinkCentre and Chrome PCs), workstation PCs
(ThinkStation and ThinkPad P Series), smart office solutions
(ThinkSmart), Smart IoT devices and strategic innovation like the X1
Fold, the first foldable PC in the industry. He oversees over 800
engineers across development labs in China, Japan and the US. Prior to
this, he was vice president of the Product Group, PC and Smart Solutions
Development responsible for developing Lenovo consumer, SMB and
commercial PCs.
Karl Whealton
Qualcomm
Karl Whealton, senior director, product management, Qualcomm Technologies Inc.,
leads Product Definition for CPU, DSP and AI Hardware technologies across Qualcomm.
Karl’s engineering background in CPU and DSP design informs his work defining CPU,
DSP and AI solutions to balance power, performance and cost against the leading
use cases of Snapdragon platforms. This includes designing, integrating and
bringing to market solutions that elevate end-user experiences with rapidly
evolving technologies – including programmers model, process node choices,
thermal and power delivery constraints, and flexibility for Applications Developers.
What are the requirements to sell a Consumer Technology Product? Before a product can be sold legally,
the product must comply with safety and Electro Magnetic Compatibility (EMC) requirements.
These requirements vary form country to country. This session provides an overview of how to best plan
the independent certification of Consumer Technology Products. This will provide an insight how
to avoid delays in market entry due to noncompliance of products.
The next speaker will present requirements of Market Entry in a global market.
Different countries have differing requirements for safety and EMC.
This is followed by case studies of safety engineering for autonomous vehicles, and a further
case study discusses the new IEEE iDex standard P2668 and its application to lift safety.
The presentations are followed by a panel discussion on pitfalls companies encounter when having
their new products certified for compliance. The discussions include justification and the legal
requirements of product liability.
Panel Moderator
Dr. Stefan Mozar
Dynexsys Pty. Ltd., Australia
Dr Mozar is the President of the IEEE Product Safety Engineering Society
(2020 – 2021). He is a Chartered Professional Engineer (CPEng) and
a Fellow of Engineers Australia, and of the IEEE. He is the Senior Past President
of the IEEE CT Society. He has Engineering Degrees from The University of
New South Wales, Australia and an MBA from the University of Technology, Sydney.
He works as an independent Consultant. He assists companies in Safety engineering.
His work has resulted in publications, inventions, and patents. He is the recipient
of many awards from industry, the IEEE, and Engineers Australia.
Panel Members
John Allen
Product Safety Consulting, Inc.
John Allen graduated from Southern Illinois University with a BS
in Electrical Engineering Technology in 1986. He started his career
at Mitsubishi Electric in the Division that submitted all Mitsubishi
products to UL and CSA. After just two years, John started
Product Safety Consulting, Inc. in the basement of his parents’ house.
The mission was to help companies develop products with Safety and
Certifications in mind. Today, as President & CEO of PSC, John makes
sure that mission carries on with all the PSC engineers.
Over the last 35 years John has worked with Product Developers
and Designers starting from concept in obtaining worldwide Certifications.
The product categories are quite diverse, including lighting,
consumer electronics, small and large electrics, medical equipment,
industrial controls, machinery, gas appliances, Robotics, ITE,
New and Innovative and many more. The experiences have given John
the ability to see and develop the “First in Class” way of doing
Product Safety and Certifications.
John also has been doing Hazard Analysis and Risk Assessments
for over 20 years and serves as a senior advisor on product safety
to a number of global companies.
John is passionate about Product Safety and Certifications
and has been deeply involved in the Institute of Electrical and
Electronic Engineers (IEEE) Product Safety Engineering Society (PSES)
since 1985. He is Past Chair of the PSES Chicago Chapter, past Chair
or the PSES’s flagship Symposium ISPCE 2015, has held various positions
on the Board of Governors including a term as President (2017-2019) and
now in the Past President role for 2020-2021. John is the founding developer
of Compliance 101 and now Chairman of the Compliance 101 Technical Committee.
The vision is to change the culture of Product Safety and Certifications
from a “cog in the wheel of production” to an asset in the product
development process.
John often speaks on various Product Safety and Certification
subjects to a variety of Trade Associations, Chamber of Commerce
and various IEEE Conferences
Grant Schmidbauer
Nemko North America
Grant Schmidbauer (born 1963) is responsible for the Nemko Group Sales
and Marketing function, as well as Nemko Group services for Certification
and International Approvals. Grant has more than 36 years of experience
in the field of international product compliance and is tasked with
further developing Nemko’s brand in the market. Started with Nemko
in 1996, Grant formerly worked for CSA International and TUV SUD.
Grant is a graduate from the British Columbia Institute of Technology (BCIT),
Vancouver BC, in Power Electronics. Grant is an IEEE Sr. member and is
currently in his 3rd term serving on the Board of Directors of
the IEEE Product Safety Engineering Society (IEEE/PSES).
Prof. Jong-Moon Chung
Yonsei University, South Korea
Jong-Moon Chung received B.S. and M.S. degrees in electronic engineering
from Yonsei University and Ph.D. in electrical engineering from Pennsylvania
State University. From 1997 to 1999, he was an assistant professor and
instructor at the Pennsylvania State University. From 2000 to 2005,
he was with the Oklahoma State University as a tenured associate professor.
Since 2005, he has been a professor in the School of Electrical and
Electronic Engineering, and is the Associate Dean of the College of
Engineering, and a professor in the Department of Emergency Medicine,
College of Medicine, all at Yonsei University (Seoul, South Korea).
He is currently an Editor of the IEEE Transactions on Vehicular Technology,
Associate Editor of the IEEE Transactions on Consumer Electronics,
Section Editor of the Wiley ETRI Journal, Co-Editor-in-Chief of the KSII
Transactions on Internet and Information Systems, and Vice President of
the IEEE Consumer Technology Society (CTSoc) and the IEEE Product Safety
Engineering Society (PSES). He has been serving as a specialist for
the Ministry of National Defense for the Republic of Korea government
on military drone and unmanned aerial vehicles (UAVs) for many years.
Since 1996, he has conducted many R&D projects for the military and
industry on next generation communication systems, UAVs, unmanned ground
vehicles (UGVs), and is currently conducting three projects for the Hyundai
Motors Group on future autonomous vehicles.
Prof. Kim Fung Tsang
City University of Hong Kong
Tsang is the President of the Honorary Advisor Committee of
Greater Bay Area 5G Industry Alliance. KF is also a Director of
HK R&D Center for Logistics & Supply Chain Management Enabling Technology
(LSCM) and a member of Hong Kong Science Park Advisory Committee for
Technology Validation Initiative. KF is active in IoT and Smartcity development.
He won many prizes and in particular he was awarded the IoT Heros Award
in 2016 by GS1 IoT Council (nominated by Cisco).
KF is an Associate Professor in the Department of Electrical Engineering,
City University of Hong Kong. He has published more than 300 technical papers,
a few patents, and four books/book chapter. KF’s research area is in IoT and
Smartcity standards and compliance which embraces 5G and IoT security, privacy,
and open standards, IoT protocol design, AI algorithms and smart X applications.
Tsang is a Senior Member of the IEEE and a Fellow of the Hong Kong Institution
of Engineers (HKIE). He has contributed to conferences in many roles, such as
Track Co-Chairs, Technical Program Chair, and also presented many tutorials
and technical talks. He has served as an Associate Editor and Gest Editor of
IEEE Transactions on Industrial Informatics (Impact Factor: 10.215) and also
an Associate Editor of IEEE Transactions on Industrial Electronics
(Impact Factor: 8.236).
Daniece Carpenter
Dell Technologies
MS Daniece Carpenter (NCE) is a Senior Principal Regulatory Engineer
with Dell Technologies, joining Dell in 1993. Currently the Society
Secretary for the IEEE Product Safety Engineering Society, she is also
a Founding Member for the Society. MS Carpenter currently manages
multiple projects for Dell Technologies across the product portfolio,
working with regulatory agencies across the world to obtain the
appropriate regulatory certifications. These projects include desktop,
notebook, and Enterprise computer products as well as the IoT products
for commercial uses. She has extensive experience in investigation
of regulatory requirements for new products and new markets.
She also has served on a number of standards writing committees both at
the national and international level.
Ken Kapur
Thermo Fisher Scientific
Mr. Ken Kapur is currently the Director of Global Product Compliance at Thermo Fisher
Scientific. Ken is an expert is regulatory compliance and has been working with product
regulations for over 30 years. Mr. Kapur’s experience includes a number of management and
technical roles at companies such as Agilent, KLA, Seagate, AMD, Trimble and AT&T.
Mr. Kapur has an Engineering background and started his work in the area of product safety with
Underwriters Laboratories (UL). He has expanded his expertise from Product Safety to EMC,
Environmental, Chemical, SEMI and related regulations as they pertain to Global Market Access.
Mr. Kapur has been on a number of technical standards committees; he has had roles in writing
standards and has conducted independent evaluations of numerous products under a wide
range of product categories including consumer electronics.
Mr. Kapur has a Bachelor of Science in Electrical Engineering from the University of the Pacific.
He is a Senior IEEE Member and has been very involved in the IEEE Product Safety
Engineering Society over the years with roles that include Chair of the Santa Clara Valley PSES
Chapter and VP Member Services as part of the IEEE PSES Board of Governors.
Leveraging Intelligent Digital Realities to Reconnect You – Always to the World
January 9, 2022 (12:30 - 14:00 EST)
As a result of the pandemic since early 2020, the entire world has undergone a major physical
and
virtual transformation. Technology is a key enabler in driving this transformation.
In particular, the IEEE Digital Reality Initiative serves to explore and enable the coming
Intelligent Digital Realities through collaboration among technologists, engineers, regulators,
practitioners, and ethicists around the world. The Intelligent Digital Transformation is fueled
by
advances in technology, such as Artificial Intelligence (AI) and Machine Learning (ML), and
applications using the copious amounts of continuously generated data. By leveraging these
technologies and others developed such as Augmented Reality (AR), Virtual Reality (VR), and
Digital
Twins, the line between the physical world and the digital world are becoming increasingly less
distinct.
Applications are already quickly emerging across the broad fields of gaming, entertainment,
medicine, automotive, education, manufacturing, enabling the sharing of services, and more.
Emphasis will be upon presenting practical applications and its implementations of interest to
attendees. Subject matter expert speakers will share their observations, experiences on the
state-of-the art and future direction of consumer technologies.
Format: Participate in a live discussion with a panel of industry experts from several
distinct
fields who will provide their perspectives, observations, and predictions of the future.
Panel Moderator and Organizers
Kathy Grise
IEEE
Kathy Grise, Senior Program Director - IEEE Future Directions, supports new
technology initiatives, is the IEEE staff program director for the Digital
Reality
Initiative, the IEEE Technology Navigator AI, Future Directions and Industry
Advisory Board Committees, and manages the digital presence team for Future
Directions. Previous initiatives included big data and cloud computing. Ms.
Grise
serves as the Technical Program Chair of the IEEE COMPSAC 2022 Symposium - Data
Sciences, Analytics, & Technologies (DSAT). Prior to joining the IEEE staff, Ms.
Grise held numerous positions at IBM, and most recently was a Senior Engineering
Manager for Process Design Kit Enablement in the IBM Semiconductor Research and
Development Center. Ms. Grise led the overall IT infrastructure implementation,
and
software development in support of semiconductor device modeling verification,
packaging, and delivery; device measurement and characterization data collection
and
management, and automation for device modeling engineers. Ms. Grise is a
graduate of
Washington and Jefferson College, and an IEEE Senior member.
Tom Coughlin
Coughlin Associates
Tom Coughlin, President, Coughlin Associates is a digital storage analyst and
business and technology consultant. He has over 37 years in the data storage
industry with engineering and management positions at several companies.
Coughlin
Associates consults, publishes books and market and technology reports
(including
The Media and Entertainment Storage Report), and puts on digital
storage-oriented
events. He is a regular storage and memory contributor for forbes.com and M&E
organization websites. He is an IEEE Fellow, President of IEEE-USA and is active
with SNIA and SMPTE.
Panel Members
Nicholas Napp
Xmark Labs
Nicholas Napp, Founder, CEO Xmark Labs. As a co-founder of Xmark Labs,
Nicholas is focused on the role of Virtual & Augmented Reality and
Blockchain technologies in enterprise digital transformation. He enjoys
working at the intersection of strategy, technology and corporate
narrative
to accelerate business growth.Nicholas has been working with VR and AR
systems since the 1990s when his team at Rainbow Studios pioneered the
use
of VR in 3D animation production. He has launched over 40 products
across a
wide range of consumer and enterprise markets.Nicholas is also Chairman
of
the Board at FabNewport, a non-profit provider of maker-centered
learning
programs and services for middle school and older students.
Jeewika Ranaweera
Oracle
Jeewika Ranaweera is a principal hardware engineer working on high-speed
microprocessors at Oracle. She received her Bachelor’s in CSE from
ISPJAE in
Havana, Cuba and her Master’s and PhD degrees in ECE from the University
Of
Toronto, Canada. She is an IEEE Senior Member and a steering committee
member for IEEE Future Directions and Digital Reality Initiatives.
Jeewika authored an eBook about her engineering journey for IEEE Women
in
Engineering to inspire others to follow STEM careers and illustrated the
1stchildren’s book published by IEEE. Recently she delivered a Keynote
on
“Successful Leadership
Development in STEAM Careers,” at the IEEE LAEDC 2020, WIE/YP Networking
session in Costa Rica. She is passionate about delivering talks on
Quantum
Computing, and the need to have a diverse environment to eliminate “Bias
in
AI” that discriminates minority. She also shared her unique insight via
a
podcast on areas where immersive technologies benefit humanity. She has
been
a speaker at the IEEE LAEDC, Drive World Conference, ChipChat, IEEE VTS,
IEEE CCNC, AWE, IEEE TTM, Grace Hopper Conference, IEEE WIC Summit, and
FB
Developer Circle. She has also been a Track chair for the IEEE WIE ILC.
She volunteers as a female technologist through the Oracle Education
Foundation. As a Program Evaluator for ABET, she helps guide the
content,
quality and delivery of ECE degree programs around the world.
She has authored and co-authored many papers published in technical
journals, or presented at international conferences. Jeewika holds five
US
Patents.
Current and Future Role/Impact of Consumer Technology During Pandemics Like COVID-19
January 9, 2022 (14:00 - 15:30 EST)
Consumer technologies-based solutions for sustained health and wellbeing during pandemics like
COVID-19 need to be developed that are closely tied to the ground realities, with
interdisciplinary
expertise of academicians and industry professionals including scientists, engineers, doctors,
sociologists, and front-line workers, etc. Panel will discuss current and future role/impact of
consumer technology during pandemics like COVID-19 under the following themes:
Consumer technology for smart cities and smart villages during
pandemic.
Diagnosis, treatment, and prevention of pandemics like COVID-19.
Improving the health and well-being of the patients, family, and
caregivers.
Consumer technologies in education during pandemic.
Security, privacy, and ethical issues in consumer technologies
during pandemics.
Novel computing platforms to support pandemic research including
but not limited to
neuromorphic and quantum computing.
Examples of topics that will be discussed:
Audio, as a novel digital phenotype, has been increasingly studied and attracting attention in
the
community of medicine. Audio-based methods can be feasible develop a non-invasive paradigm to
evaluate the subject's health status at anytime and anywhere. In particular, leading scientists
in
computer audition have made great efforts to find a smart phone app to collect the cough sound
and/or speech sound from people in the wild. This will be an interesting story about knowing
your
COVID-19 test via your sound.
Insightful information is the key to making the right decisions. This is especially the case
during
a pandemic when every decision you make could affect your life. Different from SARS at the
beginning
of the century, this COVID pandemic is happening at a time when most people on earth have some
sort
of access to the internet. The abundance of misinformation and disinformation has already shown
its
influence on people's health as it affects people's decision to take protective measures such as
wearing masks and vaccines. Emerging consumer technologies, from wearables to smart assistants,
are
not immune to dis/misinformation. What if your smart device that is used to determine your
health
condition cited the wrong information and misdiagnose your situation? How do we develop consumer
technologies that are capable of differentiating high-quality information from junk?
Panel Moderator and Organizer
Himanshu Thapliyal
University of Tennessee, Knoxville, USA
Dr. Himanshu Thapliyal is an Associate Professor with the University of
Tennessee,
USA. He is the recipient of the 2020 IEEE-CSTCVLSI Mid-Career Research
Achievement
Award and 2019 NSF CAREER Award. He has been ranked in the top 50 among
scientists
in the field of 'Computer Hardware and Architecture' (2019 and 2020 calendar
years).
He is serving as the Section Editor of the Springer Nature Computer Science,
Senior
Associate Editor of the IEEE Consumer Electronics Magazine, and the Associate
editor
of the IEEE Internet of Things Journal. His research interests include smart
cities
and smart villages, hardware security of IoT and vehicles, the circuit design of
quantum computing and emerging technologies.
Panel Members
Bob Frankston
Frankston, USA
Robert M. Frankston is best known for writing VisiCalc – the first
electronic
spreadsheet.
While at Microsoft, he was instrumental in enabling home networking.
Today,
he
is addressing
the issues associated with coming to terms with a world being
transformed by
software.
Frankston became an outspoken advocate for reducing the role of
telecommunications companies
in the evolution of the Internet, particularly with respect to broadband
and
mobile
communications. He coined the term “Regulatorium” to describe what he
considers
collusion
between telecommunication companies and their regulators that prevents
change.
Swarup Bhunia
University of Florida, Gainesville, USA
Dr. Bhunia is a preeminent professor, director of the Warren B. Nelms
Institute
for the Connected World and Semmoto Chair Professor of Internet of
Things in
the
department of Electrical and Computer Engineering at University of
Florida,
Gainesville, FL, USA. He has over twenty years of research and
development
experience with over 250 publications in peer-reviewed journals and
premier
conferences.
Kun QIAN
Beijing Institute of Technology, China
Kun QIAN received his doctoral degree (Dr.-Ing.) for his study on
automatic
general audio signal classification in 2018 in electrical engineering
and
information technology from Technische Universität München (TUM),
Germany.
From
2021, he has been appointed to be a (Full) Professor with the title of
“Teli
Young Fellow” at the Beijing Institute of Technology, China. He is a
Senior
Member of the IEEE
Max Lu
Bloomberg New Economy, USA
Max is a Special Project Lead for Bloomberg New Economy, a platform that
aims to
build a
more responsible future by enabling global leaders from East and West to
forge
common ground. He is also a
Technology Fellow at USC CCLP where he works closely with director
Geoffrey
Cowan on issues at the
the intersection of technology, media, and society.
Asma Khatoon
National University of Ireland, Ireland
Asma is working with Cognitive, Connected & Computational Imaging
Research
group
in Electrical & Electronic Engineering, National University of Ireland,
Galway
(NUIG). Her research interest includes Energy Systems, Privacy &
Security,
Internet of things, Embedded Devices, AI, Deep Learning, Computer
Vision, CE
devices, and Blockchain Technology.