Realizable Synchronization Techniques - Unlocking the Potential of Future Wireless Networks

This was an ARC Discovery Project DP140101133. I was a lead-CI in the project.

Novel solutions for synchronization, wireless energy harvesting and wireless power transfer have been proposed to provide faster data rate, more reliable connectivity and prolonged network lifetime for heterogeneous cellular networks and energy-constrained ad hoc and sensor networks. The research outcomes were published in 1 book chapter, 12 journal papers and 15 conference papers. This includes one ISI Highly Cited Paper. The project involved successful collaboration with researchers from USA, Canada, France, Denmark and Hong Kong. The project provided research training to two postdocs and 3 PhD students.

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Salman Durrani
Professor, School of Engineering

My research area is communications, wireless communications and signal processing for communications.