Interval method for delay evaluation in one-box queue systems with general type demand streams

This work concerns with analysis of time delays in queue systems with general type demand streams. Traffic of packet flows in multiservice networks is characterized by high correlation score. Based on proposed interval methods, we derived expressions that generalize Khinchin-Polaczek formula for average delay in queue systems with general type demand streams. Here the main analyzed parameters are time intervals between adjacent demands. We show that average queue size and average delays in queues are independent on which way they were been obtained - based on analysis of incoming demand intensity or as a result of adjacent demand time interval analysis. Some results of comparisons between computed data and real video traffic are represented.