Research Interests

Optical Communications

• Design of Optical Fibres and Optical Fibre Components: The modelling of optical fibres and components using equivalent circuits.
• Inverse Scattering Techniques applied to Fibre Optics: Design of filters and components can be achieved in the time domain and/or the frequency domain using Inverse scattering and layer peeling techniques.
• Altificent Intelligence in Optical Communication

Earthquake Prediction

• Techniques of Prediction and Forecasting of Earthquake
• The Technique of M-FDL method
• Forecasting and Predicting in Trading

Optical Wireless Communications (Indoors and Outdoors)

• Indoors: IrDA Protocol analysis and optimization: Examine the performance of Multi-Gbit/s short-range wireless links.
• Outdoors: Optical Access using optical wireless. Protocol performance for duplex and simplex operation.

Wireless LAN Communications

• MAC level performance optimization of wireless protocols. The application of Markov chains in 802.11 in order to predict throughput and delay.
• TCP/IP Performance of wireless LANs

Multimedia Communications:

• Application of Cognitive Analysis to Web Design: Can we design and adapt multimedia web pages suited to individual cognitive styles?
• Expressive Communications: The detection of emotion from e-text, and display of emotive images. Applications include chat, stock markets, games, e-theatre.
• e-business: Scalability of web servers: Does your web server perform and does it scale well with future expansion?

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