Meet and Greet and Eat with Dr Mathini Sellathurai Visiting Lecturer Signal Processing - Doubling the spectral efficiency: In-Band Full-Duplex Communications

#Signal #Processing #MIMO #Wireless #Communications #Radar #Cognitive #Radion #Interference #Channels #Parasitic #Antennas #Precoding #Turbo #Coding #Iterative #receiver #design #beamformer #designs #STAP
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Meet and Greet and Eat with Dr Mathini Sellathurai Visiting Lecturer - Signal Processing -

Doubling the spectral efficiency: In-Band Full-Duplex Communications


Join us to Meet and Greet our distinguished guest Professor Mathini Sellathurai, PhD of Heriot-Watt University Edinburgh; Eat a brunch meal at Maloney's Pub in Matawan with colleagues and friends to hear the latest research in Signal Processing and catch up with our Collaborator in IEEE NJ Coast Section SIGHT Group endeavors for Humanitarian Activities, and discuss Inventing our Future - part of the series beginning with the IEEE Day Celebration trip to the Thomas Edison National Park, and continuing with meetings to be held throughout October and November. Professor Sellathurai's interests in Signal Processing include intelligent information infrastructures for wireless communications and radar technology, parasitic antenna technology and analogue beamforming and precoding techniques, adaptive, cognitive (intelligent) and statistical signal processing techniques in a range of applications including Radar, Lidar, Sonar and RF networks, Network Coding, Cognitive Radio, MIMO signal processing, satellite communications and underwater communications.  

Doubling the spectral efficiency: In-Band Full-Duplex Communications

Spectral efficient solutions are of great importance in future wireless networks. One such solution is the in-band full-duplex (IBFD) communication systems, which have recently gained attention. IBFD communication can double the wireless spectral efficiency (provided that self-interference (SI) is eliminated) compared to the conventional time domain duplex and frequency domain duplex. In this talk, we present our recently developed end-to-end IBFD communication system implemented in Universal Software Radio Peripherals (USRPs). In the proposed design, the base station communicates in IBFD mode and the uplink and downlink users communicate with the base station using half -duplex mode. Finally, potential open research challenges for end-to-end IBFD within MIMO and multiuser communications are also discussed.

An Introduction will be given about the collaborative work between Dr Sellathurai and the IEEE New Jersey Coast Section Special Interest Group on Humanitarian Technologies (SIGHT) Group, and PACE.

Learn about Mentoring with Meaning. Come away with a renewed sense of inspiration for Inventing Our Future and Collaborating with a Heart through IEEE Advancing Technology for Humanity Special Interest Group for Humanitarian Technologies (SIGHT) Group. Paid for by IEEE USA with funds provided by Member Donations.

Understand how Volunteering with Humanitarian Activities and Technologies can play an important role in putting your heart at the center of your pursuits, provide opportunities to mentor and network, and make meaningful contributions to your local and global community. Learn about the United Nations Sustainable Development Goals to reduce suffering and improve opportunities for everyone. Raise awareness about Advancing Technology for Humanity.



  Date and Time

  Location

  Hosts

  Registration



  • Add_To_Calendar_icon Add Event to Calendar
  • Maloney's Pub and Grill 119 Main St
  • Matawan, New Jersey
  • United States 07747

  • Contact Event Host
  • IEEE USA, PACE, SIGHT Group, Humanitarian Activities, Signal Processing, ComSoc. kit.august@gmail.com, prakash_khanduri@yahoo.com, patluri@att.com, claude.martell@nokia.com, for additional information. Funded by IEEE USA with funds provided by Member Donations.

  • Co-sponsored by IEEE PACE, Signal Processing, ComSoc, Invent Our Future
  • Starts 01 September 2019 07:10 PM UTC
  • Ends 04 October 2019 02:00 PM UTC
  • No Admission Charge


  Speakers

Mathini Sellathurai, PhD

Topic:

Signal Processing

Prof. Mathini Sellathurai is currently a Full Professor in Signal Processing with the Heriot-Watt University, Edinburgh, U.K and leading research in adaptive, cognitive and statistical signal processing techniques in a range of applications including Radar, Lidar, Sonar and RF networks, Network Coding, Cognitive Radio, MIMO signal processing, satellite communications and underwater communications.   She has been active in the area of signal processing research for the past 15 years and has a strong international track record in multiple-input, multiple-output (MIMO) signal processing with applications in radar and wireless communications research.  

Prof. Sellathurai has 5 years of industrial research experience. She held positions with Bell-Laboratories, New Jersey, USA, as a visiting researcher (2000); and with the Canadian (Government) Communications Research Centre, Ottawa Canada as a Senior Research Scientist (2001-2004). Since 2004 August, she has been with academiaShe also holds an honorary Adjunct/Associate Professorship at McMaster University, Ontario, Canada, and an Associate Editorship for the IEEE Transactions on Signal Processing between 2009 -2013. Presently serving as an IEEE SPCOM Technical Committee. 

Mathini Sellathurai  is a Full Professor of signal processing and intelligent systems with Heriot-Watt University, Edinburgh, U.K.  Previously she was with the Bell-Laboratories, New Jersey, USA, as a visiting researcher and the Communications Research Centre, Ottawa, Canada, as a senior research scientist.  She also holds an honorary Professorship at McMaster University, Ontario, Canada.  She is leading research (over 215 IEEE papers) in signal processing and machine learning for wireless communications and radar. She was a recipient of the IEEE Communication Society Fred W. Ellersick Best Paper Award in 2005, the Industry Canada Public Service Awards for contributions in science and technology in 2005, and the Best Ph.D. Thesis Award/ Medal from NSERC Canada in 2002. She is a member for IEEE SPCOM Technical Strategy Committee, an Editor of IEEE TSP  and was the General Chair of IEEE SPAWC2016 in Edinburgh. She is also a fellow of Higher Education Academy, U.K.

 We have been presently funded by EPSRC and DSTL(http://www.see.ed.ac.uk/drupal/udrc/people/edinburgh-consortium/dr-mathini-sellathurai). The research group  is also involved in European Union Frame Work 7  projects  Cognitive radio oriented wireless networks (http://www.fp7-crown.eu/keymembers.html) and interference alignment (http://www.fp7-hiatus.eu/index.php/keymembers.html).

 In the past, she was  involved in signal processing for defense research in the first phase of UDRC programme for work on Forward Looking RADAR and OFDM signal recognition/classification.  The group has also been funded by industries QinetiQ and Wireless Fiber Systems to work on MIMO RADAR and underwater communications;  EPSRC under EP/D07827X/1 for advanced signal processing techniques for multi-user multiple-input multiple-output broadband wireless communications; MIMO-RADAR and waveform agility to improve low elevation target detection (also partially supported by QinetiQ, Portsmouth); EP/G026092/1 for Bridging the gap between design and implementation of soft-detectors for Turbo-MIMO wireless systems and EP/H012257/1 for Signal Processing Techniques to Reduce the Clutter Competition in Forward Looking Radar.

Prof. Sellathurai was an organizer for the IEEE International Workshop on Cognitive Wireless Systems, IIT Delhi, India, 2009, 2010 and 2013, and the IEEE WCNC 2013 - WORKSHOP - New Advances for Physical Layer Network Coding, 2013, Shanghai, China.. She has been a Technical Program Committee member for the IEEE International Conference of Communications from 2004 to 2012 and was a National publicity Champion for ICC 2013, Budapest. She is also a peer review college member of Engineering and Physical Sciences Research Council, UK.





Agenda

12:00 Meet and Greet and Eat

12:30 - 2:000 Presentation

Introduction of Special Guest Speaker, Dr Mathini Sellathurai, Signal Processing Expert, Inventing Our Future, Collaborator with IEEE NJ Coast Section SIGHT Group following United Nations Sustainable Development Goals.

Doubling the spectral efficiency: In-Band Full-Duplex Communications

2:00 - 3:00 Discussion and Networking



Meet and Greet and Eat with Dr Mathini Sellathurai Visiting Lecturer - Signal Processing -

Doubling the spectral efficiency: In-Band Full-Duplex Communications