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.
From the CTS Chair
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APS CASS CEDA ComSoc CPMTS CS EDS EdSoc EMBS EMCS GOLD IAS |
Antennas and Propagation
Society Circuits and Systems Society Council on Electronic Design Automation Communications Society - Austin San Antonio Consultant's Network Components, Packaging, and Manufacturing Technology Society Computer Society - Austin San Antonio Electron Devices Society Education Society Engineering in Medicine and Biology Society Electromagnetic Compatibility Society Young Professionals Industry Applications Society |
IES IMS IPS MTTS PELS PES PSES SMCS SPS SSCS TMC WIE |
Industrial Electronics
Society Instrumentation and Measurement Society Photonics Society Life Members Microwave Theory and Techniques Society Power Electronics Society Power & Energy Society - Austin San Antonio Product Safety Engineering Society Systems, Man, and Cybernetics Society Signal Processing Society - Austin San Antonio Solid-State Circuits Society Technology Management Council - Austin San Antonio Woment in Engineering |
Topic/Title |
Implantable Wireless Medical Devices and Systems |
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Speaker |
J. C. Chiao |
Abstract |
The presentation focuses on the development of wireless
micro devices and systems for medical applications at UT-Arlington.
They are based on technology platforms such as wireless energy transfer
for batteryless implants, miniature electrochemical sensors,
nanoparticle modified surfaces, MEMS devices and wireless
communication. An integrated wireless body network for chronic pain
management will be discussed. The system provides a wireless closed
loop for neurorecorders to recognize pain signals and neurostimulators
to inhibit pain. Batteryless endoluminal sensing telemeter architecture
will also be discussed with an esophagus implant for remote diagnosis
of gastroesophageal reflux disease (GERD), an
endoscopically-implantable wireless gastro-stimulator for gastroparesis
management, and a wireless bladder volume monitoring implant for
urinary incontinence management. These applications enable new
medicines to improve human welfare and assist better living. |
Date/Time |
February 21, 2014 @ 10:00 am – 11:30 am |
Cost |
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Location |
Room 2.402, POB Building |
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Topic/Title |
Formal Verification at IBM: Applications and Technology Overview |
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Speaker |
Viresh Paruthi, Jason Baumgartner |
Abstract |
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Date/Time |
February 25, 2014 @ 6:00 pm – 9:00 pm 6:00 to 6:30 pm — Networking and refreshments (pizza and water) 6:30 to 6:40 pm — IEEE promotion 6:40 to 9:00 pm — Seminar |
Cost |
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Reservations |
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Location |
Room: Auditorium Bldg: Building A, Freescale auditorium 7700 W Parmer Ln. Austin, Texas |
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 |
20nm Design Challenges: Spanning Process, Mixed-Signal Circuits, & Design Technology |
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Speaker |
Ravi Subramanian, Ph.D |
Abstract |
As we cross the 20nm frontier, a number of challenges
emerge spanning process technology, device modeling, mixed-signal
circuit design, and the tools and methodologies required for circuit
design and verification. This talk begins with a brief introduction of
the dramatic changes going on in the semiconductor industry driven by
record levels of mixed-signal circuit integration in nanometer designs.
A structural shift is underway in the industry, and scaling challenges
at the 20nm frontier, including 3D MOS devices, are creating a new
landscape. Understanding this new landscape is critical in order to
analyze who will be the winners and the losers. We will take a look at
what this scaling means for analog, mixed-signal, and RF design, and
why it is not so different from Rod Serling's TV Series, "The Twilight
Zone," where each episode typically featured some sort of futuristic,
disturbing, or unusual event with a twist and a moral. We will close
with a view of the (r)evolution in design technology and automation
that is required to meet the revolution that is already underway in
circuit design techniques. |
Date/Time |
20-February-2014 / 6PM |
Cost |
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Reservations |
https://meetings.vtools.ieee.org/meeting_view/list_meeting/22147 |
Location |
ACES (or POB) 2.402 |
Notes |
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Topic/title |
Cryptography & Privacy: Jcqtlqvo Bzcabewzbpg Agabmua |
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Speaker |
Bankim Tejani is the Senior Security Architect at
ServiceMesh in Austin, TX. His origins in this domain began with a
childhood hobby of programming, and a college hobby of security. He has
developed software in a variety of languages including Fortran, C/C++,
Java, and .NET. He jumped into information security 10 years ago, and
has conducted both security research and assessments. He spent much of
the last 5 years advising companies and government agencies on
integrating static analysis into their SDLCs. Bankim is an active
member of the Austin OWASP chapter. |
Abstract |
Privacy in the modern age has become precarious. We
grant others, often implicitly, our personal information (name,
address, SSNs, card numbers, etc.) in order to gain their trust to do
business with us. We implicitly expect that the privileged information
will be treated with care, using modern technologies such as
encryption. However, many examples (Target 2013, Neiman Marcus 2013,
Home Depot, Heartland Payment Systems, TJX 2004, etc.) indicate that
this information is at risk. Beyond breaches, we are increasingly
learning of the NSA, law enforcement, and others gaining direct access
to our data through businesses we trusted. As engineers, technologists, entrepreneurs, leaders, and citizens we can be part of the solution. Em kiv xzwbmkb bpqa qvnwzuibqwv jmbbmz, bpca xzwbmkbqvo wczamtdma ia emtt. Bw lw aw, em ucab nqzab cvlmzabivl wcz wjtqoibqwva, zqasa, ivl zmycqzmumvba izwcvl libi xzwbmkbqwv. Em vmml i jmbbmz cvlmzabivlqvo wn kzgxbwozixpg, bpm mfxmkbml bmkpvwtwoqkit awtcbqwv. Em vmml bw cvlmzabivl bpm tmoit quxtqkibqwva wn pwtlqvo & uiqvbiqvqvo xzqdibm libi. Ivl em vmml bw kwvaqlmz wcz wjtqoibqwva izwcvl kcabwumz bzcab qv bpm iom wn vibqwvit qvbmttqomvkm, axgqvo, ivl bpm VAI. |
Date/time |
February 19th, 2013 6:30 - 8:30 PM, with food/drinks (membership not required to attend) 6:30 p.m. Networking and Gathering (Pizza, Salad, drinks provided - free) 6:50 p.m. Call to Order, Announcement 7:00 p.m. Presentation, with Q/A 8:30 p.m. Meeting Evaluation, Adjourn |
Location |
THE ADVISORY BOARD - BUILDING 7 (map -
https://bit.ly/PA804c) Room Number: Suite 100 12357-C Riata Trace Parkway Bldg 7, Suite 100 Austin, Texas |
Cost |
|
Reservations |
https://meetings.vtools.ieee.org/meeting_view/list_meeting/2356 |
Notes |
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Topic/Title | Solutions for Scale-out Communications-Centric Data Center Processing |
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Speaker | Sam Fuller |
Speaker Bio | |
Abstract | |
Date | February 26, 2014 @ 6:00 pm – 8:30 pm 6:00 to 6:30pm — Networking 6:30 to 8:30pm — Business and Program |
Location | Bldg: PoK-e-Jo’s Smokehouse 2121 West Parmer Lane at Lamplight Village Ave. Austin, Texas |
Cost | $5.00 minimum cost for the restaurant. Supper is at
optional extra cost. Reservations are not required. All interested parties are invited to attend. |
Reservations | |
Notes |
Do a friend a favor. Bring your colleagues to grow the Consultants Network.
More information on Consultants Networks: https://www.ieeeusa.org/business/whatis.asp
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More information on GOLD: https://www.ieee.org/membership_services/membership/gold/index.html
GOLD Launches Mentoring
Connection Webinar
Are you interested in becoming a mentor
or finding a mentor to help with your professional
development?
If the
answer is yes, check out a free new IEEE Graduates of the Last Decade
(GOLD) webinar aimed at
helping mentors and mentees connect with each other. Learn more at https://bmsmail3.ieee.org:80/u/17953/32170
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Topic/Title |
Smart Grid-Ready Instrumentation: A Virtual Instrumentation Approach for an Advanced Software-Designed-Intelligent-Electronic-Device Platform |
---|---|
Speaker |
Roberto Piacentini, National Instruments Roberto Piacentini was born in São Paulo, Brazil on October 6, 1973. He graduated with a Bachelor of Science degree in Electrical Engineering and Computer Science from the São Paulo Polytechnic School at the University of São Paulo in 1999, and with a masters’ degree in Business Administration from The University of Texas Red McCombs School of Business. Throughout his career he managed large, complex customer technology programs for energy, utilities, and oil and gas customers worldwide. His responsibilities include senior-level leadership for structuring customer technology solutions and program planning and administration. He also acts as a communications liaison to client and executive sponsors and ensures the schedule, budget, and quality of customer deployments. His most recent collaborations include electric distribution with a primary focus on working with utilities and partners on substation automation and distributed monitoring. Piacentini is a member of the Brazilian Professional Engineering Society (CREA-SP) and IEEE Power & Energy Society, and he actively participates in the Center for the Commercialization of Electric Technologies (CCET) and the North American SynchroPhasor Association (NASPI). He joined National Instruments in 2000 as a senior applications and software engineer with increasing levels of responsibility including R&D Group Manager for Embedded Real-Time Control software. Currently he holds the title of Senior Manager, Strategy and Technology – Energy Segment, and he is based at National Instruments headquarters in Austin, Texas |
Abstract |
The “Smart Grid” term is typically used as an umbrella
term to refer to new technologies aiming to address today’s challenges
in the power grid. At a high level, these challenges include aging
infrastructure, poor reliability, reactive maintenance, and inadequate
infrastructure to connect renewable resources. Utilities have realized
the importance of technology to address the complex challenges facing
grid systems today. New technology advancements, which include
the Software-Designed-Intelligent-Electronic-Devices (SD-IEDs), are
rapidly being deployed trough the power system and making possible a
smarter and more efficient electric power grid. The SD-IEDs include all
the components of real meters and controllers, but are configured as
virtual meters or controllers via software and can be efficiently
controlled and adjusted as a result of changes in the grid and
disturbances. Generic SD-IED platforms can also be used by utility
engineer to define the instrument functionality and algorithms to be
executed, using only software and graphical design tools. At the heart
of these advancements lies the powerful FPGA (Field Programmable Field
Array) technology, which yields additional flexibility and
reliability. This allows the convergence of multiple functional
devices into a single unit, which as a result lowers the overall cost
of smart grid systems. Because FPGAs can be reprogrammed in the field,
as requirements and standards for the smart grid mature, functional
enhancements can be deployed to SD-IEDs without the need to modify the
hardware layout or replace the entire device. SD-IEDs represent a
fundamental shift from traditional hardware-centric instrumentation
systems to software-centric systems that explore computing power,
productivity, and connectivity capabilities of popular desktop
computers. This presentation describes how to apply the virtual instrumentation approach to create advanced SD-IEDs and illustrates it with two deployment examples: (1) smart switches for a leading energy delivery utility in the USA, and (2) advanced PMU research for distribution grids. |
Date/Time |
February 17, 2014, 6:00-8:00pm |
Cost |
|
Reservations |
https://meetings.vtools.ieee.org/meeting_view/list_meeting/23357 |
Location |
National Instruments - Building C 1S13 - 11500 N Mopac
Expwy, Austin, TX 78759 |
Notes |
Joint meeting with Austin PES/PELS/IAS/IES |
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No meeting scheduled at this time.
For more information, contact Mikhail Belkin
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Topic/Title | Tour of the Autonomous Vehicles Lab at Southwest
Research Institute |
---|---|
Speaker | |
Abstract | Luncheon at the SwRI Cafeteria, followed by
presentation and tour of the Autonomous Vehicles Laboratory. |
Date/Time | February 20, 2014 @ 11:30 am – 1:00 pm |
Location | Bldg: SwRI Cafeteria Culebra Road San Antonio, Texas |
Cost | |
Reservations | t.p.obrien@ieee.org |
Notes |
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Topic/Title | Smart Grid-Ready Instrumentation: A Virtual
Instrumentation Approach for an Advanced
Software-Designed-Intelligent-Electronic-Device Platform |
---|---|
Speaker | Roberto Piacentini, National Instruments Roberto Piacentini was born in São Paulo, Brazil on October 6, 1973. He graduated with a Bachelor of Science degree in Electrical Engineering and Computer Science from the São Paulo Polytechnic School at the University of São Paulo in 1999, and with a masters’ degree in Business Administration from The University of Texas Red McCombs School of Business. Throughout his career he managed large, complex customer technology programs for energy, utilities, and oil and gas customers worldwide. His responsibilities include senior-level leadership for structuring customer technology solutions and program planning and administration. He also acts as a communications liaison to client and executive sponsors and ensures the schedule, budget, and quality of customer deployments. His most recent collaborations include electric distribution with a primary focus on working with utilities and partners on substation automation and distributed monitoring. Piacentini is a member of the Brazilian Professional Engineering Society (CREA-SP) and IEEE Power & Energy Society, and he actively participates in the Center for the Commercialization of Electric Technologies (CCET) and the North American SynchroPhasor Association (NASPI). He joined National Instruments in 2000 as a senior applications and software engineer with increasing levels of responsibility including R&D Group Manager for Embedded Real-Time Control software. Currently he holds the title of Senior Manager, Strategy and Technology – Energy Segment, and he is based at National Instruments headquarters in Austin, Texas |
Abstract | The “Smart Grid” term is typically used as an umbrella
term to refer to new technologies aiming to address today’s challenges
in the power grid. At a high level, these challenges include aging
infrastructure, poor reliability, reactive maintenance, and inadequate
infrastructure to connect renewable resources. Utilities have realized
the importance of technology to address the complex challenges facing
grid systems today. New technology advancements, which include
the Software-Designed-Intelligent-Electronic-Devices (SD-IEDs), are
rapidly being deployed trough the power system and making possible a
smarter and more efficient electric power grid. The SD-IEDs include all
the components of real meters and controllers, but are configured as
virtual meters or controllers via software and can be efficiently
controlled and adjusted as a result of changes in the grid and
disturbances. Generic SD-IED platforms can also be used by utility
engineer to define the instrument functionality and algorithms to be
executed, using only software and graphical design tools. At the heart
of these advancements lies the powerful FPGA (Field Programmable Field
Array) technology, which yields additional flexibility and
reliability. This allows the convergence of multiple functional
devices into a single unit, which as a result lowers the overall cost
of smart grid systems. Because FPGAs can be reprogrammed in the field,
as requirements and standards for the smart grid mature, functional
enhancements can be deployed to SD-IEDs without the need to modify the
hardware layout or replace the entire device. SD-IEDs represent a
fundamental shift from traditional hardware-centric instrumentation
systems to software-centric systems that explore computing power,
productivity, and connectivity capabilities of popular desktop
computers. This presentation describes how to apply the virtual instrumentation approach to create advanced SD-IEDs and illustrates it with two deployment examples: (1) smart switches for a leading energy delivery utility in the USA, and (2) advanced PMU research for distribution grids. |
Date/Time | February 17, 2014, 6:00-8:00pm |
Location | National Instruments - Building C 1S13 - 11500 N Mopac
Expwy, Austin, TX 78759 |
Cost | |
Reservations | https://meetings.vtools.ieee.org/meeting_view/list_meeting/23357 |
Notes | Joint meeting with IMS |
Topic/Title | Wind Power Developers are Optimists |
---|---|
Speaker | Walter Reid, Wind Coalition at ERCOT Walter Reid is currently working with the Wind Coalition at ERCOT as well as providing support for proceedings at the Public Utility Commission of Texas. Walter is also consulting with a number of wind-power developers concerning ERCOT market rules and assisting with the business aspects of various contracting issues. He was heavily involved in the development of both the zonal and the nodal market rules for ERCOT and continues to help update those rules. Before Walter starting consulting in 1995 he worked for the Lower Colorado River Authority for 25 years in a variety of engineering, managerial, and executive management positions. Walter was Executive Director of Electric Operations for several years in charge of all of LCRA’s transmission, generation, fuels, and contracting activities. Mr. Reid received his degree in Electrical Engineering from Tulane University and spent six years in the Navy Nuclear Submarine service before coming to Austin. |
Abstract | ERCOT faces several technical challenges in designing
the
transmission system. This presentation will identify and address these
challenges. A large number of questions are anticipated, extra time
will be allocated for the Q&A portion of the presentation. |
Date/Time | Tuesday, February 25, 2014 6:00 to 6:30 PM Social 6:30 to 7:00 PM Dinner 7:00 to 7:30 PM Business Meeting 7:30 to 8:30 PM Program 9:00 PM room closes for the benefit of long distance drivers and early risers |
Location | El Gallo Mexican Restaurant, 512-444-2205 2910 S Congress Austin, Texas |
Cost | Members and accompanying spouses: $11 to $17 for
dinners ($2 non-meal participants) Visitors (non-IEEE members): $14 to $20 for dinners ($5 non-meal participants) IEEE Student Members: FREE or $3 for select dinners (no charge for non-meal participants) Student Visitors (non-IEEE members): $3 to $6 for dinners (no charge for non-meal participants) All: $2 for non-alcoholic beverages A bar is available for those who care to purchase a beer or other alcoholic beverage |
Reservations | If you plan on attending, please RSVP by sending an
e-mail to ieee.pi2.austin@zxtech.net |
Notes |
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Topic/Title | Texas Board of
Professional Engineers – Professional Practice Update / Ethics |
---|---|
Speaker | David
Howell, PE David Howell was appointed as the Deputy Executive Director in November 2013 and is also serving as Director of Licensing for the Texas Board of Professional Engineers. He has over 24 years of engineering experience working for the State of Texas, eight of them with the Board. As the Director of the Licensing Division, he oversees the review of all PE applications, Firm registrations, EIT certifications and renewals in the State of Texas. The Licensing division reviews more than 3,200 PE applications per year and handles the renewals for close to 59,000 licensed Texas PEs and approximately 9,000 registered engineering Firms. David has a Bachelor of Science in Mechanical Engineering from the University of Texas, El Paso. Prior to coming to the Board, his work was primarily in the field of environmental engineering. |
Abstract | Updates
on Board rule changes within the last year, general updates on
initiatives the Board is working on, information on enforcement
statistics, and the engineering Code of Conduct |
Date/Time | February
27, 2014 6:00 to 6:30PM Social 6:30 to 7:00PM Dinner 7:00 to 8:00PM Speaker Presentation |
Location |
Acadiana Café |
Cost | Attendees shall order and
pay for their own meals via room waitstaff. In addition the following fees are due for IEEE: $1 Members $2 Non-members $10 No meal ordered – applies to both members and non-members Fee waived for students |
Reservations | Please RSVP to Curtis Cryer @ 210-353-2159, or cbcryer@ieee.org |
Notes |
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Topic/Title | 3-D Printing - What it is and how it's done! |
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Speaker | Brad Scoggins, President and CEO of Austin
Manufacturing Services In addition to being the President and CEO of a growing contract manufacturing business here in Austin, Brad is a "Tinkerer" with new technology. Since graduating from Texas A&M a few years back, he has enjoyed playing with new ideas and the technology to make them easier to use and more practical in the marketplace. 3-D printing caught his eye before it became a buzz word, so he's had some time to understand the ins and outs of using it. He'll be sharing that with us during the meeting on the 18th. I've been told that he may even bring a printer with him to benefit those of us who haven't seen or used one. |
Abstract | The "ABC's" of this new technology will be covered: the
concept, how it's done, the media used and other aspects of the process. |
Date/Time | February 18, 2014 Meeting starts at 7pm, but come
a little early for networking and some pizza before we begin. |
Cost | |
Reservations | Please RSVP to Dale Ritzen at daler@austinmfg.com or (512) 651-5338
so we have some idea of how many people will attend. |
Location | Dell Parmer South Campus, Building PS4, Victoria
Conference Room (just inside the door to the left) |
Notes | If you need directions to the Dell campus, please
contact Dale at the email address or phone number given above. |
We encourage you, others in your organization, or other interested parties to participate in our meetings. The PSES meets on the third Tuesday of every month at 6:30pm, with the program starting at 7:00pm. For further information about the PSES, please contact Dale Ritzen at (512) 651-5338.
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Topic/Title |
Harnessing Electrical Demand Flexibility for a Sustainable Energy Future |
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Speaker |
Mr. Mahdi Kefayati, ECE Department of the University of
Texas at Austin Mahdi Kefayati is currently a PhD candidate and research assistant at the ECE Department of the University of Texas at Austin where he has been working on various problems from wireless communications and networks to energy systems and smart grids. He has received his MS in Information Technology and BS in Electrical Engineering from Sharif University of Technology and University of Tehran in 2004 and 2007 respectively. He has worked as a software engineer at Electrical Power Engineering (EPE) Consultants focusing on automated analysis and optimization of electrical distribution networks. He has also served as research intern for Fujitsu Labs of America on Demand Response technologies and algorithms. He has co-authored more than 15 publications and has served as session chair for INFORMS general meeting in 2013. |
Abstract |
Renewable energy is key to a sustainable future.
However, the intermittency of most renewable sources and lack of
sufficient storage in the current power grid means that reliable
integration of significantly more renewables will be a challenging
task. Demand, on the other side, has been largely regarded as
non-controllable and inelastic in the current setting. However, there
is strong evidence that a considerable portion of the current and
future demand, such as electric vehicle load, is flexible. That is, the
instantaneous power delivered to it needs not to be bound to a specific
trajectory. In this talk we focus on harnessing demand flexibility as a key to enabling more renewable integration, minimizing energy cost, and making the the grid more robust. We first give some background on how the current grid is run and discuss the paradigm shift that is happening in the grid as concepts like Demand Response (DR) and Smart Grid gain more traction. We then concretely show how ideas, similar to ones used in communication networks, can help us improve the state of the grid as renewable integration is expanded and why transportation electrification can play an enormous role in more sustainable energy future, not only through reducing our consumption of fossil fuels but also through its demand flexibility. |
Date/Time |
February 20, 2014 6-8pm |
Location |
AT&T 9505 Arboretum, Austin |
Cost |
|
Reservations |
https://meetings.vtools.ieee.org/meeting_view/list_meeting/23183 |
Notes |
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Topic/Title |
Satellite Communications |
---|---|
Speaker |
TBD |
Abstract |
TBD |
Date/Time |
TBD |
Location |
TBD |
Cost |
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Topic/Title |
No meeting scheduled at this time |
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Speaker |
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Abstract |
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Date/Time |
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Location |
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Cost |
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Reservations |
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Notes |
For further
information, contact David Akopian david.akopian@utsa.edu |
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Topic/Title | No meeting scheduled at this time |
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Abstract | |
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Location | |
Cost | |
Registration | |
Notes |
Contact Leslie Martinich (lmartinich@ieee.org) for more information about the Austin TMC.
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Topic/Title | Next meeting will be in February. |
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Topic/Title | No meeting scheduled at this time | |
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Speaker | ||
Abstract | ||
Date/Time | ||
Location | ||
Cost | ||
Registration | ||
Notes |
Contact Leslie Martinich (lmartinich@ieee.org) for more information about the Austin TMC.
IEEE Conference Search can be found at https://www.ieee.org/web/conferences/search/index.html
See also https://www.wikicfp.com - A place to organize and share Calls for Papers.
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