Research

• Radio over fibre technologies and networks for future mobile communications architechures, fixed wireless access platforms and optical beamforming networks.
• Analytic modelling and computer simulation of noise and interference effects in DWDM optical networks. Crosstalk and interferometric noise in optical networks and systems.
• Access network technologies and novel modulation formats.
• Radio Technologies for Wireless Sensor Networks

Some Recent Projects I've Been Involved In:

• EP/D077362/1 Bandwidth Efficient Multi-carrier System for Wireless Channels
• EP/D037026/1 Photonic Enabled Data Transport from Millimetric to Megametric Scales
• GR/S44655/01 Feasibility Study of Spectrum Slices Radio-Over-Fibre Communications Networks
• EU FP6 NoE - ISIS, Infrastructures for broadband access in wireless/photonics and Integration of Strengths in Europe
• EU FP6 NoE - e-Photon/ONe, Optical Networks: Towards Bandwidth Manageability and Cost Efficiency
• EU FP6 IP - NOBEL, Next Generation Optical Networks for Broadband European Leadership
• EU FP7 NoE - BONE, Building the Future Optical Network in Europe

Graduated PhD/EngD Students:

• Dr Neil Geary (EngD with Lucent Technologies)
• Dr Joe Attard (PhD)
• Dr Darren Shea (EngD with BT)
• Dr Adrian Tregunna (EngD with BT)
• Dr Saad Sari (PhD)
• Dr Bahman Kalentari-Sabet (PhD)
• Dr Lamia Meflah (PhD)
• Dr Ibiso Wokoma (PhD)
• Dr LamLing (Venus) Shum (PhD)
• Dr Beverley Cook (EngD with Siemens)

This page last modified 10 November, 2009 by [John Mitchell]