Improvement of The Level Performance For Interrupt-Driven Kernel in Gigabit Networks

Abstract

In this work presents models and analytical techniques for studying the
nature of the doing system of an interrupt-driven kernel due to high packet
arrival rate appeared in Gigabit networks. An analytical study is presented
describing the effect of high interrupt rate on system performance. The
performance is studying in requisites of throughput, latency, and system power.
The derived equations of system throughput, latency, system power, and
stability condition. The effect of interrupts on system performance had never
been denoted to it yet analytically in the past. and this analytical work is the first
of its kind. In this work is also using simulation considered both Poisson and
bursty traffic with empirical packet size distribution.