Speech
Title: On the Road to Pareto-Optimal Joint Sensing and
Communication: Would this Become the 6G Killer Application?
Abstract:
Thanks to the spectacular advances in
signal processing and nano-technology, five wireless generations
have been conceived over the past five decades. Whilst the 5G
systems are being rolled out, the momentum of developing the 6G
systems is growing and there is an ongoing debate as to what the
next ’killer-application’ is likely to be - could it be joint
communications and sensing? Based on the recent treatise entitled
“Joint Radar and Communication Design: Applications,
State-of-the-Art, and the Road Ahead” TCOM, by Fan Liu, Christos
Masouros, Athina P. Petropulu, Hugh Griffiths anad Lajos Hanzo
this overview will highlight some of the associated design options
and challenges, complemented by potential application scenarios. A
range of other design aspect will also be discussed.
Bio: Professor
Lajos Hanzo is from
University of Southampton
in UK. He is a Fellow of
the Royal Academy of
Engineering, FIEEE, FIET,
Fellow of EURASIP and a
Foreign Member of the
Hungarian Academy of
Sciences. He was bestowed
upon the IEEE Eric Sumner
Technical Field Award.
He received his Master
degree and Doctorate in
1976 and 1983,
respectively from the
Technical University (TU)
of Budapest. He was also
awarded the Doctor of
Sciences (DSc) degree by
the University of
Southampton (2004) and
Honorary Doctorates by the
TU of Budapest (2009) and
by the University of
Edinburgh (2015).
He is a former
Editor-in-Chief of the
IEEE Press. He has served
several terms as Governor
of both IEEE ComSoc and of
VTS.
He has published 2000+
contributions at IEEE
Xplore, 19 Wiley-IEEE
Press books and has helped
the fast-track career of
123 PhD students. Over 40
of them are Professors at
various stages of their
careers in academia and
many of them are leading
scientists in the wireless
industry.
Visit Southampton
Wireless Group
Bio: Qingfu Zhang is Chair Professor of Computational Intelligence at the Department of Computer Science, City University of Hong Kong. His main research interests include evolutionary computation, optimization, neural networks, data analysis, and their applications. Professor Zhang is an Associate Editor of the IEEE Transactions on Evolutionary Computation and the IEEE Transactions Cybernetics. MOEA/D, a multiobjective optimization algorithm developed by him and his students, is one of the two most used multiobjective optimization framework. He was awarded the 2010 IEEE Transactions on Evolutionary Computation Outstanding Paper Award. He has been in the list of SCI highly cited researchers for five consecutive years, from 2016 to 2020. He is an IEEE fellow.
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Prof. Pingzhi Fan |
Prof. Jiangzhou Wang |
Prof. Nirwan Ansari |
Prof. Pascal Lorenz |