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Analysis of an M2/M2/1/R, N queuing model for the multimedia transmissionover HSDPA/3.5G downlink is presented. The queue models the downlink bufferwith source multimedia traffic streams comprising two classes of flows:realtime and non real-time. Time priority is accorded to the real-time flowswhile the non real-time flows are given buffer space priority. An analyticevaluation of the impact of varying the buffer partition threshold on the QoSperformance of both classes of customers is undertaken. The results arevalidated with a discrete event simulation model developed in C language.Finally, a cost function for the joint optimization of the traffic QoSparameters is derived.

Analysis of M2/M2/1/R,N Queuing Model for Multimedia over 3.5G Wireless Network Downlink