The Analog is the monthly newsletter of the Central Texas Section of the Institute of Electrical and Electronic Engineers, Inc. New issues are published around the first of each month. The deadline for inclusion of material is the 26th of the month. Send submissions, comments, questions to John Purvis, Editor, john.purvis@ieee.org. Archives of The Analog can be found on the CTS web site here.
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Saylor.org: Free Education (https://www.saylor.org/).
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IEEEXplore
- full text access to IEEE Publications The Spectrum Online - The Magazine for Technology Insiders IEEE: The Bridge - IEEE-Eta Kappa Nu (IEEE-HKN)'s signature publication, an interactive digital magazine published three times a year. IEEE Member Newsletter https://theinstitute.ieee.org |
See also https://www.wikicfp.com - A place to organize and share Calls for Papers.
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Topic/Title |
Enhanced Purcell Factor and Optical Nonlinear Effects
Using Plasmonic Patch Nanoantennas |
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Speaker |
Christos Argyropoulos Christos Argyropoulos received the Diploma of Electrical and Computer Engineering from the Aristotle University of Thessaloniki, Greece (2006). He holds a M.Sc. degree in Communication Engineering from the Microwaves and Communication Systems group of the University of Manchester, UK (2007) and a Ph.D. degree in Electronic Engineering from the Antennas and Electromagnetics Group of the Queen Mary, University of London, UK (2010). After completion of his PhD studies (2011), he accepted a Postdoctoral Fellowship position in the University of Texas at Austin, USA. Next (2013), he worked as a Postdoctoral Associate in the Center for Metamaterials and Integrated Plasmonics at Pratt School of Engineering, Duke University, USA. Currently, he is an Assistant Professor at University of Nebraska-Lincoln, Department of Electrical Engineering. He has published over 100 technical papers in highly ranked journals and refereed conference proceedings, including 5 book chapters. His main research interests include computational electromagnetics, numerical and analytical modeling of metamaterials and their applications, novel antenna design, transformation optics, linear and nonlinear plasmonics, active metamaterials, thermal emission from plasmonic structures, graphene nanophotonics, new energy harvesting devices and acoustic metamaterials. He has received several travel and research awards, such as Junior Researcher Award of the 2013 Raj Mittra Travel Grant, EPSRC Research Scholarship, Royal Academy of Engineering international travel grant and twice the Marie Curie Actions Grant to attend the European School of Antennas. He chaired a session at APS March Meeting 2014 and he is the organizer of a special session at META 15. He has given several invited talks and seminars to different conferences and universities. He is a member of IEEE, IEEE Antennas and Propagation Society, SPIE, American Physical Society and the Technical Chamber of Greece. |
Abstract |
Plasmonic nanocavities and nanoantennas can boost
several optical nonlinear processes and modify the excitation and decay
rates of nearby emitters by enhancing the local density of states. In
this presentation, we will present nanoantenna configurations
consisting of colloidally synthesized silver nanocubes coupled to a
metallic film, separated by an ultrathin spacer layer where different
materials may be embedded. This configuration resembles a nanoscale
patch antenna whose plasmon resonance can be easily controlled by its
geometrical and material parameters. Strong local field enhancement is
generated at the gap region between the nanocubes and the metallic
film, where cavity-like plasmonic modes are excited in highly
subwavelength regions. These interesting properties can lead to the
exploitation of nonlinear processes at low power levels and in highly
integrated formats. It can also cause large enhancement of spontaneous
emission rates of molecules and quantum dots embedded in these
plasmonic nanopatch antennas. The experimental demonstration of Purcell
factors ~1,000 will be reported, while maintaining high quantum
efficiency and directional emission. Strong optical bistability and
giant all-optical scattering switching behavior will be also
theoretically demonstrated. • The source of radiation energy is not necessarily localized with accelerating charges. • "Near" fields may be present in free space, even arbitrarily far away from sources or scatterers. • Radio waves, or at least their associated energy, can "bounce" and interact with each other, even in free space. This perspective has already been of value in making precise indoor location systems and may help lead to more robust antenna designs in the presence of multipath. |
Date/Time |
Oct 10 @ 10:30 am – 11:30 am |
Cost |
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Reservations |
https://meetings.vtools.ieee.org/m/28785 |
Location |
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Notes |
Topic/Title |
IEEE AP-S Distinguished Lecture "Convex Optimization for Optimal Design and Analysis of Small Antennas" |
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Speaker |
Mats Gustafsson Mats Gustafsson received the M.Sc. degree in Engineering Physics 1994, the Ph.D. degree in Electromagnetic Theory 2000, was appointed Docent 2005, and Professor of Electromagnetic Theory 2011, all from Lund University, Sweden. He co-founded the company Phase holographic imaging AB in 2004. His research interests are in scattering and antenna theory and inverse scattering and imaging with applications in microwave tomography and digital holography. He has written over 75 peer reviewed journal papers and over 90 conference papers. Prof. Gustafsson received the Best Antenna Poster Prize at EuCAP 2007, the IEEE Schelkunoff Transactions Prize Paper Award 2010, and the Best Antenna Theory Paper Award at EuCAP 2013. |
Abstract |
Design of small antennas is challenging as the Q-factor,
efficiency, and radiation resistance must be controlled simultaneously.
In this presentation, convex optimization together with integral
expressions of the stored electromagnetic energies are used to analyze
many fundamental antenna problems. The solutions to the convex
optimization problems determine optimal currents, offer insight for
antenna design, and present performance bounds for antennas. We present
several optimization formulations such as maximal gain Q-factor
quotient, minimal Q for superdirectivity, minimal Q for given far
field, and efficiency. The effects of antennas embedded in structures
such as mobile phones are discussed. Results are shown for various
antenna geometries and compared to state of the art designs showing
that many antennas perform almost optimally. A tutorial description of
a method of moment implementation together with a Matlab package for
convex optimization to determine optimal current distributions on
arbitrarily shaped antennas is also presented. • The source of radiation energy is not necessarily localized with accelerating charges. • "Near" fields may be present in free space, even arbitrarily far away from sources or scatterers. • Radio waves, or at least their associated energy, can "bounce" and interact with each other, even in free space. This perspective has already been of value in making precise indoor location systems and may help lead to more robust antenna designs in the presence of multipath. |
Date/Time |
22-October-2014 Time: 10:30AM to 11:30AM |
Cost |
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Reservations |
https://meetings.vtools.ieee.org/m/28817 |
Location |
Austin, Texas |
Notes |
Topic/Title |
IEEE AP-S Distinguished Lecture "Sum Rules and Physical Bounds in Electromagnetics" |
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Speaker |
Mats Gustafsson Mats Gustafsson received the M.Sc. degree in Engineering Physics 1994, the Ph.D. degree in Electromagnetic Theory 2000, was appointed Docent 2005, and Professor of Electromagnetic Theory 2011, all from Lund University, Sweden. He co-founded the company Phase holographic imaging AB in 2004. His research interests are in scattering and antenna theory and inverse scattering and imaging with applications in microwave tomography and digital holography. He has written over 75 peer reviewed journal papers and over 90 conference papers. Prof. Gustafsson received the Best Antenna Poster Prize at EuCAP 2007, the IEEE Schelkunoff Transactions Prize Paper Award 2010, and the Best Antenna Theory Paper Award at EuCAP 2013. |
Abstract |
Sum rules can be used to construct physical bounds on many types of physical systems. The physical bounds answer questions like; what is the minimal temporal dispersion of passive metamaterials, how does the thickness influence the performance of absorbers and high-impedance surfaces, how does the inter-element coupling affect frequency selective surfaces, how does the bandwidth and directivity depend on the size of antennas, and what is the available bandwidth in extra-ordinary transmission of electromagnetic waves through sub-wavelength apertures. These types of identities and bounds are of great interest in many areas of physics and engineering. They also provide insight into the relationship between design parameters. The mathematical analysis is based on integral identities for Herglotz (or positive real) functions. These integral identities are referred to as sum rules and generalize the classical Kramers-Kronig dispersion relations to physical systems satisfying the underlying principles of linearity and passivity. |
Date/Time |
21-October-2014 Time: 10:30AM to 11:30AM |
Cost |
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Reservations |
https://meetings.vtools.ieee.org/m/28819 |
Location |
Austin, Texas |
Notes |
Topic/Title |
The Time Domain, Superposition, and How
Electromagnetics Really Works |
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Speaker |
Hans Schantz Hans G. Schantz is CTO of The Q-Track Corporation, and a co-inventor of NFER® technology. His prior work experience includes stints with IBM, the Lawrence Livermore National Lab, The ElectroScience Lab of the Ohio State University, and Time Domain Corporation. Author of The Art and Science of Ultra-wideband Antennas (Artech House, 2005), his forty U.S. patents include antennas, RF systems, RF-based location systems, and related inventions. He is a Senior Member of the IEEE, a member of the Institute of Navigation, and an amateur radio operator [KC5VLD]. Schantz earned his Ph.D. in physics from the University of Texas at Austin in 1995. He also holds degrees in Industrial Engineering and Physics from Purdue University. Dr. Schantz blogs at ĘtherCzar and is @ĘtherCzar on Twitter. |
Abstract |
Electromagnetic engineers and scientists normally work
in the frequency domain. We take advantage of the principle of
superposition to break down problems into small, manageable, harmonic
components, thus greatly simplifying the analysis of an electromagnetic
system. This talk examines what happens when we consider
electromagnetics from the time domain, looking at instantaneous instead
of time-averaged behavior. This talk further considers what happens
when the effects superposition allows us to ignore are added back in to
our electromagnetic worldview. The resulting perspective leads to some
surprising and counterintuitive conclusions. For instance: • The source of radiation energy is not necessarily localized with accelerating charges. • "Near" fields may be present in free space, even arbitrarily far away from sources or scatterers. • Radio waves, or at least their associated energy, can "bounce" and interact with each other, even in free space. This perspective has already been of value in making precise indoor location systems and may help lead to more robust antenna designs in the presence of multipath. |
Date/Time |
21-November-2014 10:00AM to 11:00AM |
Cost |
|
Reservations |
https://meetings.vtools.ieee.org/m/28497 |
Location |
Austin, Texas |
Notes |
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No meeting scheduled at this time |
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Notes |
The CEDA chapter normally meet on the 3rd Thursday of every month. This meeting is open to the public and interested parties. Additional details will be posted at the website. If you have any questions about this meeting or this group, please contact zhuoli@ieee.org.
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Topic/Title |
Distinguished Lecturer - Energy Efficient SAR-Type ADC Design - Trends and Techniques |
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Speaker |
Seng-Pan U of University of Macau Seng-Pan U (Ben) received joint Ph.D. degree from the University of Macau (UM) and the Instituto Superior Técnico (IST), Portugal in 2002. He is currently Professor and Deputy Director of State-Key Lab. of Analog & Mixed-Signal VLSI of UM. He is the co-founder of Chipidea Microelectronics (Macau), Ltd. (currently Synopsys Macau Ltd) for analog & mixed-signal IP development and is also Senior Analog Design Manager and Site General Manager. He published 130+ papers and 4 books in Springer and China Science Press in the area of VHF SC filters, Analog Baseband for Multi-standard wireless transceivers and Very High-Speed TI ADCs, and he co-holds 10+ US patents. As the founding chair, he received the 2012 IEEE SSCS Outstanding Chapter Award. He received both the 2012 Macau Science & Technology (S&T) Invention and Progress Award. Both at the 1st time from Macau, he received the S&T Innovation Award of Ho Leung Ho Lee Foundation in 2010, and also The State S&T Progress Award in 2011. In recognition of his contribution in high-technology research & industrial development in Macau, he was awarded by Macau SAR government the Honorary Title of Value in 2010. He was also awarded as the “Scientific Chinese of the Year 2012”. He is also advisor for 20+ student award recipients, incl. ISSCC Silk-Road Award & A-SSCC Student Design Contest for data converter papers. He is currently IEEE SSCS Distinguished Lecturer (2014-2015), TPC of ISSCC, A-SSCC, VLSI-DAT, RFIT and Editorial Board member of Springer journal AICSP. |
Abstract |
The
evolving broadband wireless communication increasingly drives fast
development on high-performance consumer portable smart and green
gadgets with longer battery life, which leads to growing demands on
high-speed ADCs with higher energy efficiency. SAR-type ADCs which take
advantages of CMOS technology downscaling for their “highly digital”
implementation have been dominating large segments of high-speed and
energy efficient ADCs with efficiencies down to fJ/conversion step at
100MHz+ sampling rate. This talk provides firstly an overview of the
state-of-the-art SAR-Type high energy-efficient ADCs, and then present
the trends of the ADCs through the energy, speed and noise Analysis for
various architectures including SAR & Binary-Search, Multi-bit SAR,
Flash SAR and Pipeline SAR, Time-interleaved and etc. Practical design
examples and techniques will be also addressed. |
Date/Time |
20-October-2014 Time: 12:00PM to 01:00PM |
Cost |
|
Reservations |
https://meetings.vtools.ieee.org/m/28985 |
Location |
Building: ACES (or POB) 2.402 201 East 24th St Austin, Texas |
Notes |
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No meeting scheduled at this time |
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No meeting scheduled at this time |
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Topic/Title | No meeting scheduled at this time |
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Topic/Title | Due to the fact that the CTCN leadership will not be
available for a meeting in October, there will be no CTCN
meeting. The next meeting will be November 19. |
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Notes |
Do a friend a favor. Bring your colleagues to grow the Consultants Network.
More information on Consultants Networks
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No meeting scheduled at this time |
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Topic/title |
Power Distribution Network Concepts and Design for
Multi-layer PCBs |
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Speaker |
Jim Drewniak of Missouri University of Science &
Technology |
Abstract |
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Date/time |
Wednesday, January 21, 2015, 6:30-7:00PM social/food,
7:00-9:00pm program |
Location |
National Instruments, Building C, 11500 N. Mopac Expwy,
Austin, TX, 78759 |
Cost |
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Reservations |
https://meetings.vtools.ieee.org/m/27505 |
Notes |
Food and drinks will be provided |
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Topic/Title |
No meeting scheduled at this time |
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Refreshments |
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Topic/Title | No meeting scheduled at this time |
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Topic/Title | No meeting scheduled at this time |
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Topic/Title | Next Generation Data and Systems for Utilities |
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Speaker | Bob Knox, The Structure Group Bob Knox is the Historian and Asset Analytics lead with Structure’s Energy Management and Control Systems consulting practice. He has over 17 years’ experience in the North American energy and utility industry, including oil and gas, power generation and renewables, and energy transmission and distribution. Bob is responsible for the system assessment, solution design, and project delivery of historian integrations to SCADA and other related IT systems. He has extensive experience in the PI system and has worked with many clients to integrate their PI system to other critical business systems, such as financial settlements, generation scheduling, ISO operations and markets, and enterprise asset management. Bob has prepared and presented at numerous industry events such as the OSIsoft User’s Conference and the PI T&D conference on various technology topics such as PI integration for renewables, Enterprise Service Bus integration to PI, and integration framework and best practices. |
Abstract | Big Data is shaping the world around us in every way
imaginable. The Internet of Things (IoT) is intricately weaved into
society and leaves an indelible electronically recorded footprint along
the way. Once ubiquitous analog devices such as clocks, phones, meters,
medical devices, and even health and fitness gear have become powerful
analytic tools capable of harnessing tremendous value for business and
industry. As such the utility industry is undergoing an unprecedented rate of change and demand for data collection and storage. The proliferation of smart meter, smart grid, AMI, synchrophaser, and asset monitoring devices has resulted in an explosion of Big Data. This presentation explores Big Data concepts, trends, enables, and prevalent industry technologies and data systems including historian and other data systems. Learn more about how utilities are currently deploying Big Data infrastructure, managing information for real-time operational efficiencies, and leveraging terabytes (and more) of historical data for tangible long-term benefits. |
Date/Time | October 16, 2014, 6:00-8:00pm |
Location | AT&T Labs, Room #220, 9505 Arboretum Blvd, Austin,
TX 78759 |
Cost | |
Reservations | https://meetings.vtools.ieee.org/m/28945
|
Notes |
Joint meeting with PI^2 and ComSP |
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No meeting scheduled at this time.
For more information, contact Mikhail Belkin
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Topic/Title | No meeting scheduled at this time |
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Notes |
For information email Tom
Grim |
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Topic/Title | No meeting scheduled at this time |
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Topic/Title | Next Generation Data and Systems for Utilities |
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Speaker | Bob Knox, The Structure Group Bob Knox is the Historian and Asset Analytics lead with Structure’s Energy Management and Control Systems consulting practice. He has over 17 years’ experience in the North American energy and utility industry, including oil and gas, power generation and renewables, and energy transmission and distribution. Bob is responsible for the system assessment, solution design, and project delivery of historian integrations to SCADA and other related IT systems. He has extensive experience in the PI system and has worked with many clients to integrate their PI system to other critical business systems, such as financial settlements, generation scheduling, ISO operations and markets, and enterprise asset management. Bob has prepared and presented at numerous industry events such as the OSIsoft User’s Conference and the PI T&D conference on various technology topics such as PI integration for renewables, Enterprise Service Bus integration to PI, and integration framework and best practices. |
Abstract | Big Data is shaping the world around us in every way
imaginable. The Internet of Things (IoT) is intricately weaved into
society and leaves an indelible electronically recorded footprint along
the way. Once ubiquitous analog devices such as clocks, phones, meters,
medical devices, and even health and fitness gear have become powerful
analytic tools capable of harnessing tremendous value for business and
industry. As such the utility industry is undergoing an unprecedented rate of change and demand for data collection and storage. The proliferation of smart meter, smart grid, AMI, synchrophaser, and asset monitoring devices has resulted in an explosion of Big Data. This presentation explores Big Data concepts, trends, enables, and prevalent industry technologies and data systems including historian and other data systems. Learn more about how utilities are currently deploying Big Data infrastructure, managing information for real-time operational efficiencies, and leveraging terabytes (and more) of historical data for tangible long-term benefits. |
Date/Time | October 16, 2014, 6:00-8:00pm |
Location | AT&T Labs, Room #220, 9505 Arboretum Blvd, Austin,
TX 78759 |
Cost | |
Reservations | https://meetings.vtools.ieee.org/m/28945
|
Notes |
Joint meeting with IMM and ComSP |
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Topic/Title | No meeting scheduled at this time |
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Topic/Title | Safety Issues with Self-Driving Cars, followed by a
Review of Regulatory Trends in Southeast Asia |
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Speaker | Gary Schrempp will present the Self-Driving Cars
portion and Russell Ngo (Dell - Singapore) will provide the regulatory
review |
Abstract | What are the safety issues with cars that drive
themselves - beyond the obvious? We'll explore those issues and try to
figure out what that means for the driving public that aren't IN those
cars! Also, we are fortunate to have Russell Ngo with us this time
directly from Singapore. He will give us an update on where product
safety is headed in the Asian region. I also understand that he will
have some interesting details about travel in/around Singapore. |
Date/Time | Tuesday, October 21, 2014. Meeting starts at 7pm, but
join us earlier for networking. |
Cost | |
Reservations | We'd like to know if you'll be joining us so please let
Dale Ritzen know. Phone number is below and email address is daler@austinmfg.com. Thanks! |
Location | Dell Parmer South Campus, Building PS4. Just inside the
door in the Victoria conference room. For directions (and map) please
contact Dale Ritzen. |
Notes | For information about PSES meetings, please contact
Dale Ritzen (512) 651-5338 |
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Topic/Title | Next Generation Data and Systems for Utilities |
---|---|
Speaker | Bob Knox, The Structure Group Bob Knox is the Historian and Asset Analytics lead with Structure’s Energy Management and Control Systems consulting practice. He has over 17 years’ experience in the North American energy and utility industry, including oil and gas, power generation and renewables, and energy transmission and distribution. Bob is responsible for the system assessment, solution design, and project delivery of historian integrations to SCADA and other related IT systems. He has extensive experience in the PI system and has worked with many clients to integrate their PI system to other critical business systems, such as financial settlements, generation scheduling, ISO operations and markets, and enterprise asset management. Bob has prepared and presented at numerous industry events such as the OSIsoft User’s Conference and the PI T&D conference on various technology topics such as PI integration for renewables, Enterprise Service Bus integration to PI, and integration framework and best practices. |
Abstract | Big Data is shaping the world around us in every way
imaginable. The Internet of Things (IoT) is intricately weaved into
society and leaves an indelible electronically recorded footprint along
the way. Once ubiquitous analog devices such as clocks, phones, meters,
medical devices, and even health and fitness gear have become powerful
analytic tools capable of harnessing tremendous value for business and
industry. As such the utility industry is undergoing an unprecedented rate of change and demand for data collection and storage. The proliferation of smart meter, smart grid, AMI, synchrophaser, and asset monitoring devices has resulted in an explosion of Big Data. This presentation explores Big Data concepts, trends, enables, and prevalent industry technologies and data systems including historian and other data systems. Learn more about how utilities are currently deploying Big Data infrastructure, managing information for real-time operational efficiencies, and leveraging terabytes (and more) of historical data for tangible long-term benefits. |
Date/Time | October 16, 2014, 6:00-8:00pm |
Location | AT&T Labs, Room #220, 9505 Arboretum Blvd, Austin,
TX 78759 |
Cost | |
Reservations | https://meetings.vtools.ieee.org/m/28945
|
Notes |
Joint meeting with PI^2 and IMM |
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For further
information, contact David Akopian david.akopian@utsa.edu |
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Notes |
Contact Leslie Martinich (lmartinich@ieee.org) for more information about the Austin TMC.
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Topic/Title | No meeting scheduled for the month of Oct. Next meeting
will be in Nov. |
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Topic/Title | No meeting scheduled at this time | |
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Contact Leslie Martinich (lmartinich@ieee.org) for more information about WIE.