Mobile Communications


Research, industry and community
	Research
	Research funding
	Industry collaboration
	Events and conferences
	Consulting and professional services
	Community service
	Faculty and research projects
		Airborne Avionics Research Group
		Airport Metropolis
		Dual Fuel
		Liquid Dessicant Solar Air-Conditioner
		Medical Engineering Research Facility
		Nanango TIE QUT Observatory
		Organic Photovoltaics
		Phenomena in Microgravity Laboratory
		QUT Motorsport
		Speech, Audio, Image and Video Technologies
		Transportation
		Tribology
		UAV Team
	For research students

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The main objective of these projects is to develop robust systems for mobile communications using advanced signal processing.

Contact: Bouchra Senadji

Selected Papers

M. Morelande, B. Senadji, and B. Boashash. Complex-log polynomial Wigner-Ville distribution. In IEEE Region Ten Conference, digital signal processing applications, 1997.

B. Senadji. A new handover decision algoritm for microcellular systems. In Proceedings of the IEEE Vehicular Technology Conference, 1997.

B. Senadji and B. Boashash. Estimation of the hysteris value for handover decision algorithms using bayes criterion. In IEEE International Conference on Digital Signal Processing, 1997.

B. Senadji and B. Boashash. A mobile communication application of time-varying higher order spectra to FM signal affected by multiplicative noise. In International Conference on Information Communications & Signal Processing, volume 3, 1997.

B. Senadji and B. Boashash. Optimal choice of the hysteresis value for handover decision algorithms using bayes criterion. In ISPAGS '97 Proceedings, 1997.

B. Senadji and B. Boashash. Time varying higher order spectral analysis of mobile communication signals affected by multiplicative noise. In ISPAGS '97 Proceedings, 1997.