Future Wireless Networks

Future Wireless Networks

Our research staff are internationally recognized and leading in future wireless communication systems. There is a strong focus on next generation (5G) wide-area wireless networks, as well as on small scale medical body-area communications. New technologies include mm-wave communications, cell densification, heterogeneous networks, massive MIMO, and spectrum sharing. Other areas of interest include random access networks and network information theory.

Future Wireless future wireless

Hot topics

  • Next-generation mobile cellular network architectures
  • Heterogeneous Networks
  • Body Area Networks
  • mm-wave Network Architectures
  • Cognitive Communication systems
  • Ad-Hoc Networks
  • Device-to-Device communications
  • Spectrum Sharing
  • Information Theory
  • Software Defined Networking
  • Signal processing

Recent Achievements

  • Prof Stephen Hanly awarded the 2015 IEEE Communications Society Best Tutorial Paper Award
  • Prof Iain Collings awarded the Best Peer Reviewed Paper Award at the International Global Navigation Satellite Systems Society Symposium and Exhibition (IGNSS) 2015
  • We brought to Australia the 10th International Conference on Body Area Networks (BODYNETS 2015) which was held on 28-30 September 2015 in Sydney. The conference was under the technical sponsorship of the ACM. For more information visit the conference website.
  • We were the first university in Australia to forge a research partnership with CSIRO under the revitalised Science Industry Endowment Fund

Group Members

Photo Members Research Areas

Professor Iain Collings, Head of Department

Iain Collings
Deputy Dean, School of Engineering
Full Profile 

  • Wireless transmission: MIMO, MU-MIMO, Massive MIMO systems design
  • Cellular systems: Heterogeneous Networks, Small Cells
  • Cross-layer optimisation:Hybrid ARQ,Spectrum sharing
  • Ad-hoc networks: Relay systems
 Research Group - future wireless Robert Abbas

Robert Abbas
Senior Lecturer
Full Profile

  • 5G Mobile Networks, Massive MIMO, LTE advanced, HetNets, optimisation and Performance Management,
  • Cloud-RAN, Cloud Computing, Virtualisations Application for 5G Mobile Networks.
  • Software Defined Networking Application for 5G Mobile Networks.

Professor Stephen Hanly

Stephen Hanly
Full Profile
  • The fundamental limits of communications (Shannon theory)
  • Statistical signal processing
  • Stochastic modelling
  • Optimisation of wireless communication networks.
 Min Li
Research Fellow
  • Network Information Technology
  • MIMI and Millimetre-Wave Communications
  • Index Coding
  • Cooperative Communications
  • Optimisation Techniques

Chuanshan Liu, Research Fellow

Chunshan Liu
Research Fellow
Full Profile

  • Heterogeneous Networks: User Association and Resource Allocation
  • Base Station Cooperation for Downlink Wireless Networks
  • Beyond Next Generation Mobile Network
  • Modelling Doubly-Selective Underwater Acoustic Channels
SuhbasSubhas Mukhopadhyay
Full Profile
  • Smart  Sensors and Sensing Technology, Wireless Sensor Networks, Internet of Things
  • Instrumentation and Measurements, Smart Home, Smart City, Smart Grid
  • Electromagnetics, Control, Electrical Machines and Numerical field calculation
  • Biomedical, Health, Environmental Monitoring and Assisted Living

Associate Professor Sam Reisenfeld

Sam Reisenfeld
Associate Professor
Full Profile

  • Wireless communication systems
  • Satellite communication systems
  • Software defined radio
  • Cognitive radio oriented wireless networks
  • Mobile networks

Associate Professor Rein Vesilo

Rein Vesilo
Associate Professor
Full Profile

  • Power control and interference mitigation in Wireless Body Area Networks
  • Scheduling in wireless networks
  • Bounds and approximations in multiserver queueing systems
  • Regular variation in stochastic processes and models
Innovation Fellow Phil Whiting Philip Whiting
VC Innovation Fellow
Full Profile
Shihao Yan
MQ Research Fellow
  • Physical Layer Security
  • Undetectable/Covert Wireless Communications
  • Location Spoofing Detection
  • Ultra-Reliable and Low Latency Wireless Communications
  • Location-based Wireless Communications
  • Millimetre-Wave Communications
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