Abstract
Consider a multimedia input traffic stream, described by a general stationary random process. Our previous study indicates that second-order input statistics, which are described by power spectrum in the frequency domain, play a dominant role in queueing performance as compared to higher-order input statistics. In this short paper we show the significant effect of input power spectrum on link capacity allocation in a finite buffer system, to achieve a desired performance criterion. The study also explores a fundamental limit of buffer sizing to the link capacity improvement when more input power is in the low frequency band.
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