A Programmable Architecture for Scalable and Real-time Network Traffic Measurements
| Citations: | 2 - 0 self |
BibTeX
@MISC{Khan_aprogrammable,
author = {Faisal Khan and Lihua Yuan and Chen-nee Chuah and Soheil Ghiasi},
title = {A Programmable Architecture for Scalable and Real-time Network Traffic Measurements},
year = {}
}
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Abstract
Accurate and real-time traffic measurement is becoming increasingly critical for large variety of applications including accounting, bandwidth provisioning and security analysis. Existing network measurement techniques, however, have major difficulty dealing with large number of flows in today’s high-speed networks and offer limited scalability with increasing link speeds. Consequently, the current state of the art solutions have to resort to conservative sampling of the traffic stream and/or accounting for only a few frequent flows that often fail to provide accurate estimates of traffic features. In this paper, we present a novel hardware-software codesigned solution that is programmable and adaptable to runtime situations offering high-throughputs that can easily
