Postgraduate Students

Name Project TitleSupervisorEmail
Siti Aisyah   6G Wireless Communication Systems Prof Angela Doufexi pu19750@bristol.ac.uk
Faya Algahtani
  Security countermeasures for RPL-based Internet of Things.  Dr George Oikonomou faya.algahtani@bristol.ac.uk
Ash Andrews   Using machine learning on passive network traffic for fine-grained IoT device identification.  Dr George Oikonomou ash.andrews@bristol.ac.uk
Lucia Cipolina-Kun   Connected and Autonomous Vehicles. Prof Robert Piechocki yr19262@bristol.ac.uk
Akin Eker   IoT (Internet of Things), Blockchain and Smart Cities. Dr George Oikonomou akin.eker@bristol.ac.uk 
Hakan Erdol   Communication efficient distributed learning algorithms. Prof Robert Piechocki hakan.erdol@bristol.ac.uk
Ufuk Erol   Energy efficient communication of IoT systems by utilising nodes with multiple radio interfaces and supporting multi frequency protocols. Dr George Oikonomou u.erol@bristol.ac.uk
Peter James   Low-cost novel phased array antennas.  Dr Geoff Hilton peter.james@bristol.ac.uk

Sanchita Kayal

  TBC Dr Geoff Hilton

s.kayal@bristol.ac.uk  

Ahmed Khalil

  Self-supervised reinforcement learning.  Prof Robert Piechocki oe18433@bristol.ac.uk

Charles Khoury

  Application of deep learning to RF cyberdefense.  Prof Mark Beach  charles.khoury@bristol.ac.uk

Gizay Kisa Isik

  TBC Theo Tryfonas,George Oikonomou, Robert Piechocki gizay.kisaisik@bristol.ac.uk

Habib Taha Kose

  Applications and Hardware Acceleration of Graph Neural Networks Prof Robert Piechocki, Dr James Pope and Dr Jose Nunez-Yanez taha.kose@bristol.ac.uk

Sebastian Kudera

  Atmospheric duct and over-the-horizon propagation.  Dr Geoff Hilton sebastian.kudera@bristol.ac.uk

Yiyang Liang

  Considering techniques for 6G ultra-reliable low-latency communications (URLLC) as next generation wireless systems aim to achieve data rates in the order of Gbit/s. Machine learning will also be considered for URLLC, including radio resource management. Prof Angela Doufexi yl17148@bristol.ac.uk

Alberto Loaiza-Freire

  Measurements and characterisation of mmWave propagation mechanism for different environments and optimisation of low cost mmWave OTA prototype. Dr Geoff Hilton al13650@bristol.ac.uk

Jiteng Ma

  Develop low cost, energy efficient, secure RF transceiver technologies to increase robustness and resilience of the wireless communication system. Prof Mark Beach jiteng.ma@bristol.ac.uk

Sarmad Ozan

  Frequency agile and resilient RF technologies. Prof Mark Beach s.ozan@bristol.ac.uk

Ioannis Papoutsidakis

  Ultra-reliable low-latency communications. Prof Angela Doufexi ioannis.papoutsidakis@bristol.ac.uk

Alex Pitt

  Efficient and wideband radio frequency power amplifiers. Prof Kevin Morris alex.pitt@bristol.ac.uk

Liang Qiao

  TBC Dr Shuping Dang/Prof Mark Beach liang.qiao@bristol.ac.uk
Zhihan Ren   Advanced techniques in cell-free massive MIMO networks.  Prof Angela Doufexi zr17499@bristol.ac.uk
Tim Sanmoogan   Graph representation learning on large dynamic graphs. Prof Robert Piechocki & Dr Ryan McConville tim.sanmoogan@bristol.ac.uk
Claire Serugunda   TBC Prof Angela Doufexi/Prof Robert Piechocki claire-naiga.serugunda@bristol.ac.uk
Wei Wang   6G reconfigurable intelligent surface. Prof Angela Doufexi wei.wang@bristol.ac.uk
Zhiyu Wang   TBC Dr Shuping Dang vc19265@bristol.ac.uk

Simon Wilson

  Secure dynamic spectrum access.   Prof Mark Beach simon.wilson@bristol.ac.uk
Evangelos Xenos   Physical layer security for networks (cyber security for RF). Dr Simon Armour evangelos.xenos@bristol.ac.uk 
Robert Zakrzewski   Detection of unusual behaviour in communication systems. Dr George Oikonomou robert.zakrzewski@bristol.ac.uk

 

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