mwave@ustc.edu.cn +86 0551-63601307

Prof. Stephen Hanly 学术报告会 + 招生宣传

  • eeis
  • 2014-05-26
  • 136
Title: 5G Wireless Networks: Small-Cells, Massive MIMO and New Spectrum
Opportunities

Speaker: Professor Stephen Hanly, Macquarie University, Sydney, Australia

时间地点:西校区科技实验楼东楼1010房间;05/27周二下午2:00PM
主持人:龚晨

Candidates are invited to apply for scholarships offered by Macquarie
University. The 2014 MQRES full-time stipend rate is $25,392 pa tax exempt
for 3 years. This scholarships are open to international candidates and
include tuition.

Abstract:
Demand for wireless data services continues its exponential growth, and
pressure is mounting on the limited radio spectrum. The great challenge is
to design the next generation of wireless networks to accommodate this
explosive growth. This talk will touch on a number of important research
questions and results, with a particular focus on both small-cell offloading,
and massive MIMO, to increase the spatial re-use of the radio spectrum. We
will also provide information on research opportunities and PhD scholarships
currently available in my group at Macquarie University. I have scholarships
for international students that include both tuition and living stipend.

Bio:
Professor Hanly received his Ph.D. degree from Cambridge University, UK, and
was a Post-doctoral member of technical staff at AT&T Bell Laboratories from
1993-1995. He is presently a Professor in the Department of Engineering at
Macquarie University, Sydney, Australia, where he holds the CSIRO-Macquarie
University Chair in Wireless Communications. He has been invited as guest
Editor of two recent IEEE JSAC special issues: “Cooperative Communications
in MIMO Cellular Networks” in 2010, and “5G Wireless Networks”in 2014. He
is a highly cited researcher, and has won several prizes for his research
including the IEEE Infocom best paper award, and the Joint IEEE
Communications Society and IEEE Information Theory Society best paper award.
His research interests are in wireless communications, networks, and
information theory.