Wireless @ Virginia Tech is pleased to welcome Dr. Thomas Hou to its Core Faculty. Thomas Hou is Bradley Distinguished Professor of Electrical and Computer Engineering at Virginia Tech, Blacksburg, VA. He received his B.E. degree from the City College of New York in 1991, M.S. degree from Columbia University in 1993, and Ph.D. degree from New York University (NYU) Tandon School of Engineering in 1998, all in Electrical Engineering. From 1997 to 2002, he was a Researcher at Fujitsu Laboratories of America, Sunnyvale, CA.
Prof. Hou's research interests are to develop innovative solutions to complex cross-layer optimization problems in wireless networks. He is particularly interested in exploring new performance limits at the network layer by exploiting advances at the physical layer. In recent years, he has been actively working on cross-layer optimization problems for cognitive radio wireless networks, cooperative communications, MIMO-enabled wireless networks and energy related problems.
Prof. Hou was a recipient of an ONR Young Investigator Award (2003) and an NSF CAREER Award (2004). He has published extensively in IEEE and ACM transactions/journals and top-tier IEEE/ACM conferences. He received five best paper awards from IEEE (including IEEE INFOCOM 2008 Best Paper Award and IEEE ICNP 2002 Best Paper Award) and two Best Paper Awards from the ACM. He holds five U.S patents. Prof. Hou is a Co-Editor of a graduate textbook titled Cognitive Radio Communications and Networks: Principles and Practices (Academic Press/Elsevier, 2010). This book has since been listed as one of the Best Readings on Cognitive Radio by IEEE Communications Society. He was also the lead author of a graduate textbook titled Applied Optimization Methods for Wireless Networks, which was published by Cambridge University Press in 2014.
Prof. Hou is the Chair of IEEE INFOCOM Steering Committee and a member of the IEEE Communications Society Board of Governors. He is an Associate Editor of IEEE/ACM Transactions on Networking and ACM Transactions on Sensor Networks. He was a past Area Editor of IEEE Transactions on Wireless Communications (overseeing a team of 10 editors in wireless networking area), an Editor of IEEE Transactions on Mobile Computing, IEEE Journal on Selected Areas in Communications (Cognitive Radio Series), IEEE Wireless Communications, IEEE Transactions on Vehicular Technology, Springer Wireless Networks, and Elsevier Ad Hoc Networks. Prof. Hou was Co-Chair (with Tony Ephremides) of NSF Workshop on Bridging the Gap between Wireless Networking Technologies and Advances at the Physical Layer, August 27-28, 2007, Reston, VA. He is a Distinguished Lecturer of the IEEE Communications Society.
Dr. Michael Buehrer, Director of Wireless @ Virginia Tech, and doctoral candidate Daniel Jakubisin presented their paper "Approximate Joint MAP Detection of co-channel Signals" at the MILCOM conference October 26-28, 2015 in Tampa, FL. MILCOM is the "premier international conference for military communications that features the leading minds of government, military, industry and academia to further explore and define the benefits that joint-level collaboration bring to current and future communication challenges. The conference included more than 300 unclassified and restricted technical presentations, tutorials and panel discussions led by experts in defense communications. Topics included control, communications, computers, intelligence, surveillance and reconnaissance technologies and capabilities that address 21st century communications challenges related to national defense, homeland security, disaster response and interoperability." Please visit MILCOM's home page for more information. You can download Dr. Buehrer's presentation here.
Walid Saad, assistant professor of electrical and computer engineering in the College of Engineering at Virginia Tech, has been named the Steven O. Lane Junior Faculty Fellow of Electrical and Computer Engineering by the Virginia Tech Board of Visitors. The Steven O. Lane Junior Faculty Fellowship was endowed in 2004, through donations made in memory of the late Steven O. Lane, a 1978 graduate of Virginia Tech who was considered to be a leader in spacecraft antenna design. He spent his entire professional career with Boeing Satellite Systems; among his many accomplishments were 12 patents and several professional papers. The fellowship is presented to a junior faculty member for teaching and research excellence. Read More
Two Virginia Tech electrical and computer engineering faculty members are the lead investigators on a $1.37 million, international research project that may lead to higher performance for wireless networks in densely populated venues including arenas, theaters, and transportation hubs. Allen B. MacKenzie, associate professor of electrical and computer engineering is the principal investigator on this cooperative effort with scientists from Ireland and the United Kingdom. Walid Saad, an assistant professor of electrical and computer engineering serves as co-principal investigator. Their research will focus on the design and deployment of wireless networks that operate at millimeter-wave frequencies to support dense, high-capacity networks. Read More
Jeffrey Reed, professor of electrical and computer engineering in the College of Engineering at Virginia Tech, recently was reappointed the Willis G. Worcester Professor of Electrical and Computer Engineering by Virginia Tech President Timothy D. Sands and Executive Vice President and Provost Thanassis Rikakis.
Established in 1983, the Willis G. Worcester Professorship of Electrical and Computer Engineering was created to recognize a leading researcher in the field of electrical and computer engineering. The professorship appointment is for five years.
Reed has held the Worcester Professorship since 2005. A member of the Virginia Tech faculty since 1992, Reed is an internationally known researcher in the areas of software defined radios (a radio with very little hardware and software performing many of the functions of the analog components of an old fashioned radio) and cognitive radios (radios that incorporate intelligence in the way they operate). He is co-founder of several companies that have leveraged Virginia Tech research, including Federated Wireless, Cognitive Radio Technologies, and PFP Cybersecurity. He has served as director of the Mobile and Portable Radio Research Group, and founded Wireless @ Virginia Tech in 2006. In 2010, Reed was the founding faculty member and interim director of the Ted and Karen Hume Center for National Security and Technology, a center whose goal is to create the next generation of leadership for the intelligence community. Read more
Dr. Walid Saad and his Ph.D student Anibal Sanjab won the Best Paper award at the IEEE International Conference on Smart Grid Communications (SmartGridComm). The title of the award winning paper is "Smart Grid Data Injection Attacks: To Defend or Not?" The paper develops the first framework that provides an understanding on how to defend a smart grid against multiple adversaries that attempt to inject malicious data at various vulnerable points in the grid. Congratulations to Dr. Saad and Anibal!
Dr. Walid Saad in collaboration with Rutgers University and Princeton University has received a $300,000 grant to conduct research to further understanding of the role of consumer behavior in managing energy in the smart grid using mathematical techniques and real-world behavioral experiments. The title of the project is "Foundations of Prosumer-Centric Grid Energy Management". Dr. Saad will be the lead investigator for the project which was developed in response to a Dear Colleague Letter from the National Science Foundation for research proposals to support research efforts in developing fundamental theory and analytical methodologies for power networks with high penetration of renewables. An abstract of the project can be found here.
Jerry Park recently received a Cisco Faculty Research Award. The title of the project is “Anonymity-Preserving Authentication for Large Networks”. Cisco Research Awards are one-year awards structured as unrestricted gifts to universities to support the work of faculty members that are working on innovative solution approaches to challenging problems in networking, programmable networks, and cybersecurity.
In many network applications, we need to be able to authenticate the data while, at the same time, protect the anonymity or privacy of the data source—in other words, anonymity-preserving authentication (APA) is needed. Existing approaches for APA have limited utility in large networks due to their high computational complexity and/or high communication overhead. Park and his team will investigate novel approaches for APA and study the performance and security requirements of a number of important applications which require APA.
The Spectrum-ShaRC contest is off to a fantastic start! We have 17 teams competing from 5 different countries. We have 4 undergraduate student only teams, and a total of 89 students. The first round of submissions is coming up, November 15. The final round is May 25 - 26, 2016 to be held concurrently with the Wireless Symposium & Summer School. For more information on the contest, please visit http://radiocontest.wireless.vt.edu.
The coming technical shift to a shared use of some of the nation's radio bands -- used for activities including television and radio broadcasts, cell phones, military communications, and air-traffic control -- means economic opportunity and more connected devices. However, users who previously had sole use of frequencies in these bands must find a way to protect their assets and privacy. These users, including the military, find themselves at some level in a position analogous to beachfront property owners when a previously private beach goes public. Military groups that currently have sole access to some of the radio bands to be shared are facing new issues that include: privacy, rogue users, jammers, hackers, and legacy equipment. The U.S. military, already confronted with many of these problems when it operates abroad, will now face similar challenges at home. Sharing radio bands, or frequencies, requires engineers who can design systems that can adapt, plus devices that can collaborate on when, and on what frequency, each will transmit. Read more..
Charles Clancy, the director of the Ted and Karyn Hume Center for National Security and Technology and Wireless @ Virginia Tech faculty member, has been elected to a four-year term as a member of the Intelligence Committee of the Armed Forces Communications and Electronics Association (AFCEA). Dr. Clancy is an Associate Professor in the Department of Engineering. AFCEA is an international association of information technology, communications, and electronics professionals in the defense, homeland security, and intelligence communities. The intelligence committee provides an active focal point within AFCEA to encourage the exchange of ideas and coordinating the association’s intelligence-related activities. Read more
Mohammad Mosaffari has received a $500 student travel grant from the National Science Foundation to present his paper "Drone Small Cells in the Clouds: Design, Deployment and Performance Analysis. This paper investigates the potential of using drones to provide wireless communication support for areas in which terrestrial networks are unavailable. The results outline the key factors, such as altitude and distance, that determine the performance limits of drone-based wireless communication Mohammad's advisor is Dr. Walid Saad . GLOBECOM is one of two flagship conferences presented by the IEEE Communicatons society (ComSoc). More information on GLOBECOM 2015 is available here. Congratulations, Mohammad!
The grant is titled “CRISP Type 2: Collaborative Research: Towards Resilient Smart Cities” totaling $2.5M. This is a collaborative research involving faculties from VT (lead institution), Rutgers, and Florida International Univ. VT’s portion of the project is $1.1M and involves faculty from ECE (Saad), Economics (Sheryl Ball), CS (Danfeng Yao), VTTI (Myra Blanco). The goal of the project is to develop an interdisciplinary framework that ties together techniques from networks, operations research, machine learning, power systems, and psychology to develop resilient processes that can control and optimally manage the resources (energy, spectrum, personnel, economic investments) of the critical infrastructure (smart grid, wireless network, transportation network, water network, etc) that form a smart city, in the face of failures and malicious attacks. Read more about it here.
Dr. Walid Saad has received a new $150,000 NSF grant under the auspices of the NIST Global City Teams Challenge. The title of the proposal is, "Fingerprinting for Internet of Things Authentication: Accelerating IoT Research and Education Under the Global City Teams Challenge", with Dr. Sanjay Raman from NCR as co-PI. The goal of the project is to develop data-driven security solutions for the Internet of Things while also engaging high schools in the state of Virginia via a STEM collaboration with the IoT-DC consortium and Arlington County. Read about the Global City NIST Grant here.
As potential developers of future wireless technology, ECE students need to integrate and apply their knowledge of communications, software-defined radio (SDR), and related disciplines in a team environment.
Wireless @ Virginia Tech is organizing the Spectrum-ShaRC student cognitive radio contest for the 2015-16 academic year. The contest will use the cognitive radio test system (CRTS), a framework developed for cognitive radio experimentation and performance measurement, and Virginia Tech’s Internet-accessible CORNET cognitive radio testbed to measure performance of student-designed cognitive / dynamic spectrum access radios in challenging operational environments. Teams will be given reference waveforms, implemented in SDR software such as liquid-dsp and / or GNU Radio, that are ready to run and interface to CRTS. By providing this ready-to run reference waveform software, we will substantially lower the barrier to entry. The waveforms can be modified in any way desired by the participating teams to improve the waveforms’ performance. Teams will also have access to CORNET and CRTS throughout the academic year to enable them to test their waveforms at every step. This contest is sponsored in part by a $30,000 Motorola Generation Innovation Grant, and by the ECE deparment. The final competition round will take place at the 2016 Wireless Symposium and Summer School, May 25 - 27, 2016. More information and the contest entry form are available on the Spectrum-ShaRC website at Spectrum-ShaRC website. Deadline for entry is October 15, 2015, with the first round of competition due November 15, 2015. Points will be deducted for late entries, so enter now!
Dr. Walid Saad and his student Yaman Sharaf-Dabbagh win best paper award for their paper "Transfer Learning for Device Fingerprinting with Application to Cognitive Radio Networks," in the Proc. of 26th IEEE International Symposium on Personal, Indoor and Mobile Radio Communications (PIMRC), Hong Kong, September 2015.
Broadband Wireless Access & Applications Center (BWAC) invites applications for a post-doctoral research associate position.
--Post-doctoral research associate (one position): Applicants should hold a PhD in Electrical/Computer Engineering, Computer Science, or a closely related field. Applicants should have expertise in one or more of the following areas: security and privacy; dynamic spectrum sharing; cognitive radio networks; IoT; and 5G and other next-generation wireless technologies. Plz send your detailed CV as a pdf file to Prof. Jerry Park.
-- Graduate research assistant (PhD student; 2 positions): BWAC is looking to hire highly motivated PhD students to participate in ongoing research projects on dynamic spectrum sharing, cognitive radio networks, and wireless security. Plz send your detailed CV as a pdf file to Prof. Jerry Park.
Prof. Mohammad Hossein Manshaei, Isfahan University of Technology. Friday, August 21st, 10:00 a.m. - 11:00 a.m., Durham 261
Abstract: The recent proposed solutions for demand side energy management leverage the two-way communication infrastructure provided by modern smart-meters and sharing the usage information with the other users. In this talk, we first highlight the privacy and security issues involved in the distributed demand management protocols. We propose a novel protocol to share required information among users providing privacy, confidentiality, and integrity. We also propose a new clustering-based, distributed multi-party computation (MPC) protocol. Through simulation experiments we demonstrate the efficiency of our proposed solution. The existing solutions usually thwart selfish and malicious behavior of consumers by deploying billing mechanisms based on total consumption during a few time slots. However, the billing is typically based on the total usage in each time slot in smart grids. In the second part of this talk, we formally prove that under the per-slot based charging policy, users have incentive to deviate from the proposed protocols. We also propose a protocol to identify untruthful users in these networks. Finally, considering a repeated interaction among honest and dishonest users, we derive the conditions under which the smart grid can enforce cooperation among users and prevents dishonest declaration of consumption. The presentation also includes a brief introduction to other research activities in my research group, such as computational biology, selfish behavior analysis of mobile users in 5G, and security games.
Bio: Mohammad Hossein Manshaei received the BSc degree in electrical engineering and the MSc degree in communication engineering from the Isfahan University of Technology in 1997 and 2000, respectively. He received another MSc degree in computer science and the PhD degree in computer science and distributed systems from the University of Nice Sophia-Antipolis, France, in 2002 and 2005. He did his thesis work at INRIA, Sophia-Antipolis, France. He is currently an assistant professor at the Isfahan University of Technology, Iran. From 2006 to 2011, he was a senior researcher and lecturer at EPFL, Switzerland. He held visiting positions at the UNCC and at the NYU. His research interests include wireless networking, wireless security and privacy, smart grid, and game theory.
Dr. Jung-Min "Jerry" Park was promoted to Professor by the Virginia Tech Board of Visitors on June 3. Dr. Park is the Associate Director of Affiliate Relations for Wireless @ Virginia Tech, Site Director for the Virginia Tech BWAC site, and is the founding director of the ARIAS Lab dedicated to security issues in wireless networking and cyber security.
Dr. Walid Saad was awarded the Young Investigator's Award by the Office of Naval Research. The Young Investigator Program is designed to promote the professional development of early-career academic scientists both as researchers and instructors. The funding supports laboratory equipment, graduate student stipends and scholarships, and other expenses critical to ongoing and planned investigational studies. Dr. Saad was one of 36 recipients of this year's award. Congratulations to Dr. Saad!
IEEE Communications Society Awards for 2015 have been announced and out of a total of 11 paper awards, Wireless @ Virginia Tech faculty received two.
Dr. Walid Saad received the Fred W. Ellersick Prize for his paper When Cellular meets WiFi in Wireless Small Cell Networks. The Fred W. Ellersick Prize is awarded annually, and awarded to an original paper that has been published in any of the Communication Society's magazines over the previous 3 years.
Dr. Harpreet Dhillon received the IEEE Communications Society Young Author Best Paper Award for his paper "Modeling and Analysis of K-Tier Downlink Heterogeneous Cellular Networks". This award is given to the best paper published by an author under 30 years of age in one of ComSoc’s transactions or journals in the previous three calendar years. This is Dr. Dhillon's second ComSoc award in two years. Last year, he was awarded the Leonard G. Abraham Prize for the best paper published in the IEEE Journal on Selected Areas in Communications in the previous 3 calendar years.
Congratulations to Dr. Saad and Dr. Dhillon!
Wireless @ Virginia Tech continues to lead the way in solving pressing issues within the wireless communications market by successfully implementing a dynamic spectrum access (DSA) system for next generation Public Safety radios. The DSA system, a custom-designed frequency translator/repeater for FD-LTE, allows using commercially available technology and public safety LTE user equipment (UE) operating in any band to operate in the new 3.5 GHz band on a secondary basis. The primary users on this band, comprised between 3550 and 3700 MHz, are high-power and low duty cycle radar systems, and fixed satellite receive stations.
The frequency translator/repeater allows fast switching of the carrier frequency. Controlled by a Spectrum Access System (SAS), the eNode-B and attached UEs operate as usual and collect LTE radio performance parameters that the SAS can exploit. “Being able to expand the coverage and available bandwidth is important to the future of public safety.” said Dr. Jeffrey Reed. “The system that we have developed will work with the developing spectrum sharing paradigm and shows a pathway to a solution for public safety.”
The team of researchers will demonstrate one of the first broadband public safety DSA radio systems using a Rhode & Schwartz CMW500 eNodeB emulator and a Motorola Solutions LEX L10 and LEX 700 public safety UE at the 25th Anniversary Wireless Symposium & Summer School, May 27 - 29, 2015 at Virginia Tech. This demonstration will show the additions that are needed to existing wireless devices to make them DSA-capable.
Jeff Reed, Ph.D., the Willis G. Worcester Professor in the Bradley Department of Electrical and Computer Engineering, led the development of the dynamic spectrum access system with sponsorship by the Center for Innovative Technology and the office of the Vice President of Information Technology at Virginia Tech.
The Air Force Research Lab (AFRL) in Rome, NY has opportunities for summer interns at graduate and undergraduate levels, as well as for post-docs.
There are a number of different opportunities at AFRL. Please refer to eligibility requirements for each program.
Summer Internships (US citizens):
The student internship program is now accepting applications. This is a paid internship for undergraduate and graduate students at the Air Force Research Laboratory (AFRL) - Information Directorate in Rome, N.Y. Link to the internship application.
Full-time positions available now (US citizens):
Full-time positions are available for EE, COE and CS with BS, MS, or PhD. Send your resume and transcript ASAP to Mr. Steven Farr, Steven.Farr@us.af.mil.
NRC Research Associateship Program (US citizens and permanent residents): There are two types of positions: (1) post-docs and (2) senior applicants (more than 5 years beyond the PhD). Applications deadlines are quarterly: 01 May, 01 August, 01 Nov. Click here for the general program link
Select topics of interest:
3) DoD SMART Program (deadline Dec 2015- US citizens): It provides MS/PhD tuition, stipend and summer internships to US citizens Click Here.
Visiting Faculty / Summer Fellowship Programs for Summer 2016 (US citizens & permanent residents):
AF Summer Faculty Fellowship Program (Application opens Sept 2015) : Click Here.
Visiting Faculty Research Program (Application deadline – Jan 2016): Click Here.
Please contact Dr. Carl Dietrich at email@example.com if you would like more information.
Dr. Walid Saad will be teaching a new engineering course, ECE Special Study 4984 in Network Science. The goal of this course is to introduce you to these emerging technologies: wireless smart phones, Wikipedia, Facebook, YouTube, Twitter, iCloud, and others, that define your networked life. This is done by formulating and answering several key questions carefully selected for their relevance to everyone’s networked life as well as for the underlying core engineering concepts and methodologies in the field of networking that are illustrated by their answers such as game theory, graph theory, optimization, and learning. The flyer with more details is available here!
Dr. Harpreet Dhillon, Assistant Professor with the Bradley Department of Electrical and Computer Engineering, will be co-hosting a webinar for the IEEE Communication Society (ComSoc) titled "Small Cells, Big Gains" on Thursday, March 26 at 2 p.m., EST. Small cells can support dramatic improvements to network capacity and coverage. They are becoming increasingly important to wireless carriers' network deployment plans.
The Webinar "Small Cells Big Gains" will illustrate what is actually possible in terms of the current regulatory framework and address which is the better solution to achieve higher network capacity, more cells or more spectrum?
Speaker Cristian Gomez, who is a Spectrum Regulation and Policy Officer from Radiocommunication Bureau, International Telecommunication Union, will share his expertise from the regulatory perspective, and Harpreet S. Dhillon, Assistant Professor of Electrical and Computer Engineering at Virginia Tech, will guide us from a Future Technology Perspective.
Dexter Johnson, the author of IEEE Spectrum’s online blog The Nanoclast will be our moderator. Registration for the webinar is free. Complete details can be found at http://www.comsoc.org/blog/small-cells-big-gains.
CALL FOR PAPERS!
Dr. Walid Saad, Assistant Professor in the Bradley Department of Electrical and Computer Engineering and a core member of the Wireless @ Virginia Tech research group, is serving as a guest editor for a special issue of the IEEE Communications Magazine focused on Wireless Communications, Networking, and Positioning with Unmanned Aerial Vehicles (UAVs). The Call for Papers has been issued, with a submission deadline of November 1, 2015. Complete details are available at http://www.comsoc.org/commag/wireless-communications-networking-and-positioning-unmanned-aerial-vehicles.
Wireless @ Virginia Tech faculty have been awarded NSF Improving Undergraduate STEM Education (IUSE) grant #1432416 for research on Wireless Communication Testbeds for Authentic STEM Learning. This award from the National Science Foundation will help prepare the next generation of engineering students to work in the field of wireless communications. The goal of the work is to reinforce fundamental communication engineering concepts through hands-on interactive sessions in which students use their knowledge to operate real radios in challenging environments that are generated in the Internet-accessible, FCC-licensed Cognitive Radio and Network Testbed (CORNET). Students will receive real-time feedback on their performance in tutorials and other experiences that will adapt approaches used in game applications to engage students through participation using standard web browsers on PCs, laptops, or mobile devices. As an added benefit, students will be introduced to more advanced concepts related to cognitive radio and dynamic spectrum access applications, to motivate them to pursue graduate study, research, and / or employment in these areas.
Investigators on the two-year, $626,000 interdisciplinary project include Drs. Carl Dietrich (PI) and Mike Buehrer, Vuk Marojevic, Nicholas Polys, Richard Goff, and Christian Hearn (co-PIs). Buehrer is Director of Wireless @ Virginia Tech within the Bradley Department of Electrical Engineering at Virginia Tech, and Dietrich and Marojevic are core members of Wireless @ Virginia Tech. Polys leads high-performance visualization research and practice in Virginia Tech’s Advanced Research Computing group and Visionarium Lab and is a member of Computer Science department, Goff is with Virginia Tech’s Engineering Education department, and Hearn (VT ECE PhD alumnus) is with Weber State University’s Engineering Technology department. Dr. Taeyoung Yang (VT PhD Alumnus) was also a co-PI on the grant before moving to Intel in Hillsboro, OR. The investigators are working with a diverse network of partner institutions who will provide input for and feedback on the tutorials. More information on the NSF IUSE grant is available at http://www.nsf.gov/awardsearch/showAward?AWD_ID=1432416. Information on the CORNET testbed, including the new CORNET-3D, is available at http://cornet.wireless.vt.ed.
Dr. Dhillon is serving as the technical chair for the SPASWIN conference at the Indian Institute of Technology, in Bombay, India. The performance of wireless networks depends on the spatial configuration of the transmitter and receiver nodes. As a result, the modeling of such networks requires methods and tools from point process theory, stochastic geometry and random graph theory. The Spacial Stochastic Models for Wireless Networks (SpasWIN) is a workshop specifically devoted to the use of spatial stochastic models for improved design of wireless networks. The workshop is schedule for May 29, 2015. Full details of the agenda is located at http://wi-opt.org/SPASWIN.php.
Wireless @ Virginia Tech is now providing videos of the lectures presented in the Wireless Weekly Seminar Series. You can access the videos through our website here, or on our YouTube Channel and Google + page. We have uploaded the February 13, and February 20 lectures videos and will continue to add videos as they are recorded.
Dr. R. Michael Buehrer has been named the Scholar of the Week by the Office of the Vice President of Research. The Scholar of the Week award recognizes outstanding faculty for their contributions to the field of research and professional activities. Dr. Buehrer is being recognized for his contributions to wireless communications, ultra-wideband communication and sensing systems, cellular and personal communications, multiuser detection, “intelligent” antennas, and cognitive radio.
Dr. Buehrer has authored or co-authored more than 200 journal or conference papers and holds more than 10 patents. His work has been funded by the National Science Foundation, the Defense Advanced Research Projects Agency, Office of Naval Research, and several industrial sponsors, including Boeing, Catalyst Communications Technologies, and Qualcomm Inc.
Dr Jerry Park attended the 2015 NSF Secure and Trustworthy Cyberspace (SaTC) program PI meeting which was held in Arlington, VA from Jan 5 to Jan 7. At the meeting, he presented a poster entitled "Enforcement and Security in Dynamic Spectrum Sharing".
The National Science Foundation Secure and Trustworthy Cyberspace (SaTC) Principal Investigators' Meeting brings together a broad group of researchers working on security and privacy. SaTC is an interdisciplinary program including technologists, social scientists, and educators from programs sponsored by by the NSF CISE, SBE, EHR, MPS, and ENG directorates.
The primary objectives for this meeting is:
to stimulate coordination and collaboration amongst SaTC PIs,
to foster collaborations among SaTC researchers across multiple disciplines,
to share experiences and learn from others' experiences in transitioning research into practice, and
to develop ideas and share methods for improving education, recruitment, and career development in cybersecurity.
More details are available at https://www.usenix.org/conference/satcpi15
M.S. student Sean Ha (advisor: Dr. Jeffrey H. Reed) has carried out an indoor propagation measurement campaign to model the 3.5 GHz band through documentation and analysis of captured channel characterization parameters such as large scale path loss, log-normal shadowing, and multipath delay spread characteristics. Measurements were carried out in traditional indoor office, hallway, lobby, classroom, computer laboratory, and hospital environments.
Results were compared to indoor path loss models used for wireless local area network (WLAN) planning in the low GHz range to investigate the applicability of extending these models to 3.5 GHz. The campaign was carried out using Virginia Tech's VIPER channel measurement system - a software-defined vector channel sounder, which allowed for an additional feasibility study of employing multi-antenna systems to increase performance in indoor environments. The 3.5 GHz band is expected to play a significant role in shaping the future of spectrum sharing, as the FCC has recently proposed a shared three-tier authorization mechanism for the band to promote unlicensed and opportunistic spectrum access. However, since the adoption of this band is new, there is a distinct shortage of propagation data and accurate channel modeling, both of which are instrumental in evaluating the performance and feasibility of wireless systems. Consequently, there is high demand for 3.5 GHz propagation research, focusing on channel characterization and spectral co-existence with primary band users.
This work is sponsored by the Office of the Secretary of Defense (OSD).
Dr. Walid Saad is serving as Organizing Co-Chair for the 2nd IEEE International Workshop on Wireless Physical Layer Security which is part of the 2015 IEEE International Conference on Communications (ICC) to be held in London, UK between June 8 and 12. This workshop will bring together academic and industrial researchers in an effort to identify and discuss the major technical challenges and recent results related to physical layer security in wireless networks. Paper submissions are due January 31, 2015. Dr. Saad's email address is walidsATvtdotedu. More information on the workshop can be found at http://wiphysec.org/.
The 4th IEEE National Conference on Communications (ICC) will be held in London, UK on June 10, 2015. Dr. Saad and Dr. Dhillon are working with other IEEE personnel to organize the workshop. Submissions are due January 31, 2015. More information on the IEEE Workshop is available at http://www.cwc.oulu.fi/smallnets2015/ Dr. Saad's email address is walidsATvtdotedu and Dr. Dhillon's email address is hdhillonATvtdotedu.
Dr. Jeffrey Reed, former Director of Wireless @ Virginia Tech, has been appointed to a 2 year term as a "Special Government Employee" to the CSMAC committee to advise the head of NTIA, Lawrence Strickling, on technical and policy issues such as spectrum sharing. The issues the committee will look at going forward, include "how to update enforcement tools for new, more dynamic forms of sharing, how agencies can best quantify their actual spectrum use, spectrum management via access to databases; providing the government greater flexibility and options through access to non-federal bands, and paying for costs spectrum sharing when there is no auction."
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Tuesday, July 5, 2016