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Blog Archive - June 2012

ComSoc Election 2012: Chair of ComSoc Elections Committee Urges Members to Vote

ComSoc Election 2012: Chair of ComSoc Elections Committee Urges Members to Vote

 

Dear IEEE ComSoc Member:
 
I wanted to be sure you were aware of our first-ever President-Elect debate blog  - as you are considering our two candidates prior to casting your vote.  Please be sure to take advantage of YOUR member benefit to VOTE!!!  Election closes on 26 July 2012.
 
Click to Vote!Also, please be sure to vote for our new Members-at-Large. Their biographies and position statements should be helpful in deciding your favorite candidates. With your active participation in the current election, we hope to set a new record for numbers of votes cast.
 
Best regards, 
 
Douglas N. Zuckerman
ComSoc Past President
Chair, Nominations & Elections Committee

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PODCAST: IEEE WCET Program Chair Rulei Ting Interviews with Wireless Design and Development broadcast host

PODCAST: IEEE WCET Program Chair Rulei Ting Interviews with Wireless Design and Development broadcast host

In this podcast, Rulei Ting, Chair of the IEEE WCET program speaks with Wireless Design and Development magazine's broadcast host Janine E. Mooney, about the IEEE Wireless Communication Engineering Technologies Certification Program.

 
podcast
 
Here's the summarized script of this Podcast interview.
 
1. Can you briefly describe your background in the wireless field? How did you get started? What do you consider your greatest successes?
 
I have been with AT&T Bell Labs for twenty years, with responsibilities ranging from Distinguished Member of Technical Staff to Senior Manager. Our teams contributed to the teLischnology and business successes in Optical Networking, Data Networking, Wireless Networking and Network Operations that delivered multi-billion dollar revenues. I participated AT&T and Lucent’s business development and expansion in Asia Pacific region. I also served as Senior Director of Advanced Technology and Strategic Planning in telecommunication equipment venture start-ups.
 
I'm a recipient of AT&T Bell Labs President's Quality Award; IEEE Millennium Award; and IEEE Region-1 Award, and I hold two US patents. I earned B.S. degrees from Shanghai Jiao-Tong University, China; Ph.D. from CUNY, New York, and earned Executive Master’s Degree in Management of Technology from The Wharton School and Penn Engineering of University of Pennsylvania.
 
2. What is the IEEE WCET program? When was it launched? Why was it developed?
 
Introduced in March 2008, after more than a year in preparation, the IEEE WCET program was developed by the IEEE Communications Society to address the worldwide wireless industry’s growing need for professionals with real-world problem-solving skills. The certification provides practicing wireless communications professionals with an internationally accepted credential of their expertise. The benefits to both wireless professionals and employers include:
 
• Certifying the practitioner’s knowledge of key wireless applications, technologies and standards 
• Helping individuals working in other engineering areas to switch to the wireless field as new, exciting and higher paying opportunities arise
• Identifying qualified engineers for challenging positions as well as transfer from other communications fields
• Screening job applicants on the basis of demonstrated ability, while assessing employees for increased responsibilities and promotions
• Reducing the costs, time and resources associated with the development and implementation of employer in-house wireless training programs
 
3. Can you briefly describe the testing program?
 
To qualify for the IEEE WCET designation, candidates with a bachelor’s or comparable degree from an accredited institution and at least three years of professional wireless engineering experience must pass the program’s detailed comprehensive examination held twice annually in the spring & fall. Administered on computer at selected worldwide locations, the official IEEE WCET exam is composed of 150 multiple choice questions with each applicant given up to four hours to complete the exam. The US$500 fee ($450 for IEEE and IEEE ComSoc members) covers the application fee, processing, the “seat fee” for taking the test, scoring and score reporting, and a certificate sent to those who pass the exam.
 
The Program itself, which is vendor-neutral and trans-national in scope, was devised by IEEE ComSoc and launched under the guidance of Professional Examination Service (PES), a renowned professional credential developer with a 60-year-old history of creating, implementing, and enhancing quality programs. 
 
Among these efforts was the organization of a Practice Analysis Task Force (PATF) that included 16 wireless industry experts from Australia, Egypt, India, Japan, Malaysia, the United States, and Uruguay. With their combined knowledge of the wireless industry, the PATF developed a draft Delineation highlighting the technical areas of responsibility, tasks, and knowledge that might be expected of engineering practitioners seeking WCET certification. The seven Delineations include the areas of RF engineering, propagation, and antennas; access technologies; network and service architectures; network management and security; facilities infrastructure; agreements, standards, policies, and regulations; and fundamental knowledge. 
 
4. How can candidates prepare for this test?
 
To aid the exam’s preparation, IEEE ComSoc worked with IEEE WCET committees and PES to create a series of ongoing resources. This includes the launch of an informational web site located at www.ieee-wcet.org that contains regularly updated details such as testing dates and locations, application information, examination specifications, training organization links, a glossary and sample questions. 
 
Another feature available through the site is a 75-question practice examination that offers the opportunity to gauge the applicant’s preparedness for the official IEEE WCET exam. Each practice examination consists of questions reviewed by WCET subject-matter experts and for a one-time fee of $75 can be taken up to four times by a single individual prior to sitting for the official IEEE WCET exam. 
 
Other resources include free subscriptions to the bi-monthly IEEE Wireless Communications Professional electronic newsletter and a free Candidate’s Handbook covering policies, subject area details, reference sources, and sample questions. Also soon to be introduced is the Wireless Engineering Body of Knowledge (WEBOK) book, which outlines the scope of wireless technologies and cites numerous wireless communication reference sources. 
 
In addition, IEEE ComSoc now also offers an ongoing series of online and in-person learning formats designed to not only help IEEE WCET candidates prepare for upcoming exams, but also increase their overall knowledge of the wireless field. 
 
5. Why is the IEEE WCET  Program important? How does it meet current industry needs?
 
The proliferation of wireless communications is rapidly shaping and re-shaping every phase of life and business. Numerous worldwide industries representing finance, healthcare, transportation, public safety, security, government and utilities are already expanding operations with advanced technologies that instantaneously relay text, data and visuals to widespread locations, while controlling any number of remote devices. 
 
As a result, the opportunities for certified wireless professionals that can clearly demonstrate their skills in the global domain appear virtually unlimited. This is especially true as the next wave of mobile applications and services expand the industry’s frenetic growth throughout the industrialized world as well as the planet’s most remote regions. In addition, users are increasingly expecting fancier and faster results accessible anywhere on the road or any country. For these reasons, the potential for such individuals is almost boundless. 
 
According to Forrester Research, tablets will become the primary computing device for most users within the next four years. They also predict that tablet sales will approach nearly 400 million units by 2016
According to Cisco, over the next five years mobile devise subscriptions are expected to hit 7.1 billion
Morgan Stanley predicts that mobile device use could easily top 10 billion units by 2020
Cisco says that mobile traffic nearly tripled in 2010 and is expected to increase another 26-fold by 2015
Last year’s mobile data traffic was 8x the size of the entire global Internet in 2000
Business Insider recently reported that more people now have mobile subscriptions than access to electricity and safe drinking water
 
6. How successful have these Programs been to date? 
 
The IEEE WCET and IEEE ComSoc Training programs are still in their infancy. However, ComSoc Training doubled its attendance from the first year of its launch to its second year in operation. Hundreds of professionals worldwide are also currently benefiting from the IEEE WCET credential.
 
7. How is the Program continuing to evolve?
 
The IEEE Communications Society, which is currently celebrating its 60th anniversary, has more than 50,000 members and 50,000 members and now includes more than 200 international Chapters and working relationships with an additional 30 international Societies to extend its international reach to another 500,000 engineers, scientists and industry professionals. The society and its many multi-national initiatives are regularly reaching out to these high-level global resources to constantly review and refresh all of our Programs. 
 
The IEEE WCET Program was originally developed by more than 100 global industry experts and experienced wireless practitioners and continues to evolve through the ongoing efforts of dedicated volunteers involved with the upgrade of the program delineations and development of fresh questions. Our review committee alone represents professionals based in the United States, Europe, Asia Pacific, Malaysia, Middles East, South America and Africa.   
 
8. What should everyone know about the IEEE WCET Program and IEEE ComSoc?
 
Founded in 1952, IEEE ComSoc, which has over 50,000 members and stands as the second largest of IEEE’s 38 technical societies, is recognized internationally for its premier conferencing events, industry-leading technical publications and journals, world-class certification and educational programs, and global network of technical professionals and standardization projects.
 
The Society is also dedicated to utilizing the best talent, education and training to secure open career paths filled with advancement and developing the next wave of communications leaders. Anyone interested in taking the IEEE WCET exam or participating in an IEEE Training course should know that they are working with a world-accredited organization, which has been recognized as the premier intellectual resource of the communications industry for the past six decades.  
 

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Interview with 2013 IEEE President-Elect Candidates - Distinguished IEEE ComSoc Members

Interview with 2013 IEEE President-Elect Candidates - Distinguished IEEE ComSoc Members

IEEE Communications Society congratulates J. Roberto Boisson de Marca and Tariq S. Durrani on being nominated by the IEEE Board of Directors for 2013 President-Elect. 

ComSoc staff interviewed both candidates with three questions. Here are their short bios and the Q&A:
 
Roberto deMarca was a Fulbright Scholar at the University of Southern California where he earned his PhD-EE. Since 1978 he has been on the faculty of the Catholic University, Rio de Janeiro, having held several leadership/administrative positions including Associate Academic Vice President. Dr. de Marca also held visiting appointments in universities and industrial laboratories in Europe, Asia and North America. Twice he served as Scientific Consultant with AT&T Bell Laboratories. 

As National Research Council Scientific Director, he authorized the startup money for the national research network paving the way to the widespread Internet use in Brazil. Dr. de Marca was a delegate to several ITU meetings where the wireless 3G standards were developed. In 2008-2010 he served on Finep’s(the largest Brazilian R&D/Innovation funding agency) presidential advisory board. 
 
Roberto was the Brazilian Telecommunications Society founding President and is a member of the Brazilian National Academy of Sciences and the National Academy of Engineering. 
 
Tariq Durrani’s distinguished career includes several positions with Strathclyde in the UK: - lecturer (1976), Professor (1982), Head of the Electronic & Electrical Engineering Department (1990-1994), and Deputy Principal (2000-2006) with university-wide responsibilities for large-scale strategic developments.  His research interests cover communications, signal processing, technology management.  He has authored over 350 publications; conducted collaborative work with industry; partnered in major European Union Programs; supervised 40 Ph,D.s; and currently holds visiting appointments at Princeton, University of Southern California, Stirling (Scotland), and Chengdu (China).
 
Tariq has held Directorships of eight organizations, including the Scottish Funding Council (U.S. NSF equivalent); U.K. National Commission for UNESCO. He served as Advisor to the Governments of UK, Portugal, Netherlands, UAE, US, and European Union. He is a Fellow of the: UK Royal Academy of Engineering, Royal Society of Edinburgh, IET, IEEE.  In 2003, Queen Elizabeth conferred on him the Order of the British Empire "for services to electronics research and higher education."
 
 
1) How do you view the increased globalization of IEEE?
 
demarcaDE MARCA: IEEE has indeed made important strides toward becoming a truly global organization in recent years. However, there is more to be done. There has been a clear shift in demographics for technology innovation development, and IEEE must be able to engage in its activities technologists dispersed across the world. It is important to give them opportunities to rise within IEEE ranks to leadership positions. IEEE can only thrive in the future if it can embrace this diversified talent. However, to be truly global IEEE must offer a full range of services and benefits to all its members regardless where they live. IEEE must also continue to increase its physical presence in different regions of the world, being sensitive to cultural differences and language barriers, to be successful in a globalization agenda that is essential to its future success.
 
I must say that the IEEE Communications Society was one of the early leaders in globalization within IEEE. It made concrete steps in this direction as early as 20 years ago. I am very proud to have played a role in these ComSoc early efforts first as Vice President of International Affairs, then as Vice President, Member Activities and later as Society President.
 
tariqDURRANI: With over 400,000 members in over 160 countries, the IEEE is already a globalized organization. I view this as a very positive development, which brings a richness of diversity, and immense opportunity to "advance technology in the service of humanity" – the IEEE mission.
 
Establishing IEEE offices in different parts of the world is already paying off in terms of increased member satisfaction, improved support and services, and higher profile for the IEEE with greater engagement with government and industry. As an instance, as a global player IEEE is now working with United Nations Educational Cultural and Scientific Organisation (UNESCO) to support engineering capacity building in Africa, as a starting point. I am particularly pleased with this, as I orchestrated this relationship.
 
I would also advocate publication of multilingual journals, serving members worldwide and opening new markets for IEEE products. 
 
Related to this is the globalization of IEEE conferences. The IEEE sponsors over 1100 conferences and meetings worldwide. In this context the ComSoc initiative of the First International Conference on Communications in China (ICCC) is an important new venture, firmly establishing ComSoc’s global credentials, meeting the needs of engineers in Southeast Asia, and supporting growth and development of this emerging telecommunications market. For Instance, I write this blog while waiting for my flight from Beijing Airport, where I read that China Mobile now has over 672 million subscribers, making it the world’s largest mobile phone operator.
 
In a similar vein, I see a strong role for the IEEE in developing global Standards, either directly or through strategic alliances. For example, IEEE standards for communications products are well recognized, and I see increasing growth in this activity to support development and adoption of standards across the globe, "in partnership with industry, governments and the public."
 
Further more, as a consequence of globalization I see a more balanced international representation of IEEE leadership in the future. A clear signal for this comes from the IEEE Board of Directors, which has nominated Roberto and me as 2013 IEEE President Elect  candidates' -- Roberto from IEEE Region 9, and I from Region 8.
 
2) How do you view the changing role of IEEE Societies in the future?
 
tariqDURRANI: IEEE Societies are the lifeblood of the IEEE. They bring knowledge, technological leadership, and vitality to the IEEE. Their publications and conferences ensure IEEE as the world’s leading organization of technical professionals, meeting member needs and promoting the advancement of technology. 
 
There are two issues that need to be addressed as we look into the future. How will societies evolve with the march of technologies, which are likely to be interdisciplinary in nature (e.g., life sciences)?  IEEE Societies have traditionally grown as discipline oriented entities. Are they fit to meet emerging challenges?  IEEE Councils have played the role of fostering topics that do not belong to specific Societies. Perhaps the way forward is to grow more Councils; however Councils do not have members, and are thus not in a position to establish or catalyze a community that is necessary to nurture a new area. Thus, a new model is needed –- one that is multi/interdisciplinary and is home to IEEE members with cognate interests. One such model is that of a ‘Professional Group which is distinct and, through its members, dedicated to interdisciplinary development supported by publications and conferences.
 
A further aspect of the evolution of Societies is the role of Divisions. While Regions have a key role in oversight and integration of the activities of Sections, it is a moot point whether Divisions have such a role. Fortunately, ComSoc is blessed with having a Division of its own and, as a consequence, its own Director on the IEEE Board. 
 
Currently the IEEE has 38 Societies, of varying sizes and levels of activities; some are discipline-specific and technology-oriented, such as ComSoc, Power Engineering or the Computer Society; others are profession-oriented, such as the Professional Communications Society, Education Society, or the Society on Social Implications of Technology (SSIT). The latter are of general interest to all IEEE members. Some consideration needs to be given to whether all Societies should belong to same Board (Technical Activities Board), or whether there is another vehicle that would best serve the needs of the Societies and their members.  A related issue is whether the Societies and their members could be better served by synergistic alliances across Societies, closer alignment, or, indeed, cohesion through mergers.
 
Having said this, I see ComSoc as flourishing in the future, with its close alignment to one of the most dynamic and universally rapidly growing industries. I mentioned its conferences earlier; its publications could go multilingual, and its certification programs are bound to expand rapidly world-wide as the demand for professional qualifications in communications grows that carry the imprimatur of ComSoc. 
 
demarcaDE MARCA: For many decades the IEEE Societies have been providing exceptional value to the parent organization, to the worldwide technology and scientific community, and to mankind. They foster technical communities that have been able to produce best-in-class publications and conferences where several key concepts and results that allowed technology developments that made our lives better were first seen and heard. These same publications and conferences have been the financial mainstay of IEEE, allowing the organization to invest in other areas that are part of its overall mission such as humanitarian technologies and engineering education. However, IEEE Societies are facing major challenges to continue their path of success. Interestingly some of these challenges result from the technology advances their volunteers helped create. The first one is that several of the important technologies that need to and will be developed in the near future are multidisciplinary in nature. Examples of these future directions are Smart Living, Brain-Machine Interfaces, Green ICT, and Internet of Things. Therefore, IEEE Societies will have to learn how to develop partnerships with each other and possibly with other entities in different fields as well as industry in order to lead and have impact in the new areas. A second challenge comes from the new social networking tools that make community building and professional collaboration easier, dynamic, and without the need of a structured entity. The question then is, how will professional organizations like IEEE Societies continue to be the place of choice for technical communities in the new and evolving social networking world?  They will have to devise new services that will offer significant value over what will be possible to obtain from open social networking environments. They will also have to be flexible in structure and nimble in adapting to changes in technology, society, and the evolving makeup of professional communities. As pointed out in ComSoc’s 2020 report produced last year, Societies will also have to be nimble in addressing new hot topics that attract interest and also have the political will to sunset activities in old topics. IEEE and its Societies will have to learn how to make efficient use of existing platforms (such as Facebook today) to improve their reach to the community. On the other hand, professional collaboration tools will have to be developed and adopted to add value to their products using new technologies that are either being developed or envisioned. IEEE will do well if it leverages the creativity and expertise of its corps of volunteers in addressing these challenges.

Finally, the third challenge has to do with financial viability. In the old times Societies had control over revenues derived from the sale of publication subscriptions. In the model where most revenue comes from access to the centralized IEEE Xplore database, not only has the control decreased but the visibility of a particular Society as being the originator of a given article included in the database has eroded. An average user does not care much where the paper was originally “published”; the reader is only concerned with the quality of the article and whether it suits his/her needs. Therefore it is imperative for Societies to explore new revenue streams as well as initiate discussions within IEEE of new business models that are more appropriate to the centralized electronic disseminations and also consider potential threats such as open access and liberal policies for posting of paper final versions on authors' personal websites. 
 
Therefore, Society leaderships have a big job ahead of them meeting these challenges and others. However, in my opinion, unless they are successful in facing the new and foreseen fast changing environments, IEEE will not be able to maintain its current worldwide prominence.
 
3)  What was your key event or challenge that motivated you to run for IEEE President?
 
demarcaDE MARCA: There was no real key event. It is just a natural progression, the culmination of a long and very joyful volunteer career that started in the IEEE ComSoc ranks.
 
After serving as ComSoc President I moved to the corporate side of the organization serving first as an IEEE Division Director, representing Communications Technology. Throughout the following 10 years I have held leadership positions in every important facet of IEEE’s operations. At the conclusion of my tenure as IEEE Vice President for Technical Activities I felt I had acquired a wealth of experience that uniquely qualified me to seek the top position. I believe I can effect change, as demonstrated recently in my work leading IEEE Future Directions, and provide leadership at a critical time when IEEE is facing challenges from outside (e.g., open access) as well as internal uncertainties due to changing business models. This drive to continue contributing to the success of IEEE, as I have for the past almost 30 years, is what motivates me to run for IEEE President.
 
tariqDURRANI: I have had a wide-ranging and unique leadership experience within IEEE and outside, which has prepared me to take up the reins and responsibilities at the helm of IEEE. This experience has been gained through detailed working knowledge of most of the main IEEE Boards.

I’ve been the President of not one but two keynote IEEE Societies: the IEEE Signal Processing Society and the IEEE Engineering Management Society. The Signal Processing Society has given me technical depth, and the other, management breadth.
 
I’ve been Regional Director of the IEEE Communications Society for Europe Middle East and Africa (EMEA), and Vice Chair for Technical Activities for Region 8.
I have had the good fortune of serving on the IEEE Technical Activities Board for eight years, the IEEE Publication Services and Products Board for six years, and several years on the IEEE Awards Board and IEEE Medal committees; most recently, I was 2010 - 2011 Vice President of IEEE Educational Activities Board.
 
I have organized major conferences for the IEEE, including the highly successful ComSoc flagship conference, ICC 2007 in Glasgow, Scotland.
 
This detailed experience has motivated me to seek the Presidency of the IEEE to serve the IEEE members and the profession to the best of my ability; to make a difference and lead the IEEE to future growth and success.
 
 

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Visit candidates websites:

Roberto de Marca: http://www.facebook.com/pages/Roberto-de-Marca/118209111648516
Tariq S. Durrani: www.tariqdurrani.org

 

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Ask the Experts via Twitter during IEEE ICC 2012

Ask the Experts via Twitter during IEEE ICC 2012

Got a technical question? “Ask the Experts!”

"Ask the Experts" will be a unique, educational social media experience during IEEE ICC 2012. It will feature several 90 minute sessions during which, attendees, members, and all who are active in the ComSoc community are welcome to pose questions via Twitter hashtag #ComSocExperts.
 
Responses will be provided via Twitter by our featured experts. Answers requiring more than 140 characters will be summarized later on the ComSoc Blog , which will also be used to summarize the entire session.
 
How to start
 
1) Prepare your questions in less than 140 characters
2) Simply tweet (http://twitter.com/comsoc) your question during session with hashtag #ComSocExperts
3) At start of the question, add #ComSocExperts or (use both hashtags #ComSocExperts  #IEEEICC)
 
Direct your questions according to following topics and time frames:
 
Network Management
11 June 2012, 3:30-5:00 P.M.
Responses by Raouf Boutaba
 
Power Line Communications for Smart Grid and In-home Applications
12 June 2012, 4:30-6:00 P.M.
Responses by Stefano Galli
 
Internet Routing - its stability, growth, IPv6 deployment Network Virtualization - future Internet
13 June 2012, 2:30-4:00 P.M.
Responses by Deep Medhi
 
Wireless Physical Layer Communications
TBD
Ted Rappaport
 
Our Experts
 
RaoufRaouf Boutaba is a professor of computer science at the University of Waterloo (Canada) and a distinguished visiting professor at POSTECH (South Korea). He is the founding Editor in Chief of the IEEE Transactions on Network and Service Management (2007-2010), on the advisory editorial board of the Journal of Network and Systems Management (Springer), the editorial board of the International Journal on Network Management (ACM/Wiley), and on the board of other IEEE journals. He is the founding chair of the Technical Committee on Autonomic Communications and served as chair of other ComSoc technical committes in the past. He also served as the chair of the IFIP Working Group on Networks and Distributed Systems Management. He served as the steering committee, general and program chair of ComSoc flagship conferences in the area of network management (IM and NOMS). His research interests focus on network, and service management and has published extensively in these areas and received several journal and conference Best Paper Awards such as the IEEE 2008 Fred W. Ellersick Prize Paper Award, The 2001 KICS/IEEE  Journal on Communications and Networks Best Paper Award, the IM 2007 and 2009 Conference Best Paper Awards, the CNSM 2010 Best Paper Award among others. He also received several other recognitions such as the Premier's Research Excellence Award, two Industry research excellence Awards, a fellowship of the Faculty of Mathematics, a David R. Cheriton faculty fellowship and 2 outstanding performance awards at the University of Waterloo. He has also received the IEEE Communications Society Hal Sobol Award and the IFIP Silver Core in 2007, the IEEE Communications Society Joe LociCero award in 2009. He severed as a distinguished speaker of the IEEE Communications Society and the IEEE Computer Society. For his contributions to the Network Management field and community, he received the Dan Stokesbury award in 2009 and the Salah Aidarous award in 2012. Raouf is a Fellow of the IEEE with the citation "for contributions to automated network management methodologies and applications.
 
 
deepDeep Medhi is Curators' Professor in the Department of Computer Science and ElectricalEngineering at the University of Missouri- Kansas City, USA. He received B.Sc. in Mathematics from Cotton College, Gauhati University, India, M.Sc. in Mathematics from the University of Delhi, India, and his Ph.D. in Computer Sciences from the University of Wisconsin-Madison, USA. Prior to joining UMKC in 1989, he was a member of the technical staff at AT&T Bell Laboratories. He was an invited visiting professor at the Technical University of Denmark, a visiting research fellow at Lund Institute of Technology, Sweden, and a Fulbright Senior Specialist. He is the Editor-in-Chief of Springer's Journal of Network and Systems Management, and is on the editorial board of IEEE/ACM Transactions on Networking, IEEE Transactions on Network and Service Management, and IEEE Communications Surveys & Tutorials. He has published over a hundred papers, and is co-author of the books, Routing, Flow, and Capacity Design in Communicationand Computer Networks (2004) and Network Routing: Algorithms, Protocols, and Architectures (2007), both published by Morgan Kaufmann Publishers.
 
 
 
stefanoDr. Stefano Galli (S'95, M'98, SM'05, F’12) graduated in Electrical Engineering at the University of Rome “La Sapienza” (Italy). Currently, he is the Director of Technology Strategy at ASSIA, the leading developer of automated management and diagnostics tools for broadband networks. Prior to this position, he held the role of Director of Energy Solutions R&D for Panasonic Corporation and Senior Scientist at Bellcore.
Dr. Galli is serving as elected Member-at-Large of the IEEE Communications Society (ComSoc) Board of Governors, chair of the IEEE ComSoc Ad-Hoc Committee on Smart Grid Communications, director of Smart Grid activities for the IEEE ComSoc Technical Committee on PLC, member of the Energy and Policy Committee of IEEE-USA, Editor for the IEEE Transactions on Communications, and ITU-T Rapporteur for “Communications for Smart Grid” projects. He is the first chair and founder of the IEEE ComSoc Technical Committee on PLC. 
He is a Fellow of the IEEE, holds several issued and pending patents, has published over 90 peer-reviewed papers, has co-authored two book chapters on PLC, and has made numerous standards contributions. 
 

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