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http://hdl.handle.net/10791/273
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Title: | Identifying Malicious VoIP Usage using Computational Intelligence |
Authors: | McKellar, Jason |
Supervisor(s): | Abaza, Mahmoud (Faculty of Science and Technology, School of Computing and Information Systems) |
Examining Committee: | Tan, Ching (Faculty of Science and Technology, School of Computing and Information Systems) Bagheri, Ebrahim (Faculty of Science and Technology, School of Computing and Information Systems) |
Degree: | Master of Science, Information Systems (MScIS) |
Department: | Faculty of Science and Technology |
Keywords: | Machine Learning VoIP |
Issue Date: | 31-Oct-2018 |
Abstract: | VoIP user accounts are a prime target for hackers to compromise for profit. VoIP accounts
are targets of the same types of attacks as any other Internet account that is authorized
with a username and password. Unlike many other Internet accounts VoIP has a direct
monetary cost to the user being compromised. Toll-fraud perpetrated using a compro-
mised VoIP account can accrue expensive toll-charges that either the user or the service
provider are liable to pay for. This paper discusses the prior research in detecting unau-
thorized usage on VoIP accounts. The researched methods are based on machine learning
techniques. A new technique of using a Recurrent Neural Network for detecting unau-
thorized usage periods on a VoIP account is developed and demonstrated. The technique
uses a Long-Short Term Memory style of Recurrent Neural Network to achieve over a 99%
accuracy when testing against calls tagged as occurring during a toll-fraud event. |
Graduation Date: | 22-Oct-2018 |
URI: | http://hdl.handle.net/10791/273 |
Appears in Collections: | Theses & Dissertations
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