2026-09-19T01:31:30Zhttps://wakespace.lib.wfu.edu/server/oai/request

oai:null:10339/148262026-09-02T16:00:25Zcom_10339_14934col_10339_38132

Karode, Andrew 2009-01-27T19:21:53Z 2010-06-18T18:59:05Z 2009-01-27T19:21:53Z 2010-06-18T18:59:05Z 2009-01-27T19:21:53Z https://wakespace.lib.wfu.edu/handle/10339/14826 The growth of computer networking has raised the profile of network management issues, and for those institutions (academic, private, and public) that require high-speed networks these issues have not only become more pressing, but also more challenging. In particular, performance and security management rely heavily on automated tools that must operate in real-time, but creating real-time tools can be a difficult problem that is only exacerbated by prevalence of high-speed networking. One important piece of these tools is the task of network stream classification, which allows for the application protocol of a stream to be identified. Traditional stream classification methods, however, are becoming less reliable, due to increased use of both non-standard ports and encryption algorithms. As such, this work proposes a novel method for network stream classification, relying on the Support Vector Machine (SVM) algorithm. Using only information available in the headers of TCP packets, the SVM creates temporal features – encoded using a spectrum kernel representation – and aggregate features for classification. Experimental results show that 6 protocols of interest are classified with over 99% accuracy. Also, 200, 000 streams can be classified in, on average, 148 seconds, with a strong promise of further speed increases due to parallelization. en_US Wake Forest University spectrum kernel support vector machines network stream classification Support Vector Machine Classification of Network Streams Using a Spectrum Kernel Encoding Thesis Release the entire work immediately for access worldwide. William H. Turkett, Jr. David J. John Errin W. Fulp Computer Science open.access