Rattle Adversary In IP Address Race Of Puzzler Networks

Abstract

Large datasets of existent network streams procured from the mutual network are indispensable resource for the exploration group. An application encompasses network modeling and simulation, recognition of privacy assaults, and formalization of research results. Unfortunately, network flows transfer extremely delicate data, and this demoralizes the emergence of those information sets. Indeed, existing techniques for network flow sanitization are vulnerable to different kinds of assaults, and results suggested for micro data anonymity cannot be directly applied to network traces. In this paper we provide an extremely secure transfer of delicate data through network flows by obfuscating the IP address. We discover the risks presented by the incremental release of network flows, we suggest a modern defense algorithm, and we officially certify the attained confidentiality guarantees. We group hosts based on the fingerprint and obfuscated address and secure the IP address during the release of incremental network flows. We demonstrate it by sending text and image through the flows and showcase how the quality of the data sent remain unchanged and completely secured. An ample speculative assessment of the algorithm for incremental obfuscation, performed with billions of existent Internet flows, reveals that our obfuscation technique conserves the utility of flows for network traffic analysis.

Authors and Affiliations

Mr. R. Ramesh Kannan, Saranya J, Sorna Sukanya G

Keywords

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  • EP ID EP28173
  • DOI -
  • Views 273
  • Downloads 3

How To Cite

Mr. R. Ramesh Kannan, Saranya J, Sorna Sukanya G (2015). Rattle Adversary In IP Address Race Of Puzzler Networks. International Journal of Research in Computer and Communication Technology, 4(3), -. https://europub.co.uk./articles/-A-28173