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Analysis Internet Application Traffic Monitoring and Analysis (2004)
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BibTeX
@MISC{Kim04analysisinternet,
author = {Myung-sup Kim},
title = {Analysis Internet Application Traffic Monitoring and Analysis},
year = {2004}
}
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Abstract
Two critical problems exist in traffic monitoring and analysis of today's Internet traffic compared to the past network environment. The first is how to capture and handle the huge amount of traffic data in a real-time manner generated from high-speed network links, such as 2.5 Gbps and higher. The second is how to analyze diverse and complex types of traffic generated by many different types of network-based applications, such as streaming media, peer-topeer, and game applications. Considering the first problem, this thesis presents the design of a network traffic monitoring and analysis system, called NG-MON, for high-speed networks such as 10 Gbps and above. Using distributed, pipelining and parallel processing techniques, we have designed a flexible and scalable monitoring and analysis system, which can run on off-the-shelf, cost-effective computers. The monitoring and analysis task in NG-MON is divided into five phases; packet capture, flow generation, flow store, traffic analysis, and presentation. Each phase can be
Keyphrases
analysis internet application traffic monitoring analysis system packet capture game application critical problem real-time manner high-speed network internet traffic many different type traffic monitoring parallel processing technique analysis task flow generation cost-effective computer huge amount past network environment first problem scalable monitoring flow store network-based application network traffic monitoring complex type high-speed network link traffic data traffic analysis
