In this paper we tackle the problem of performing graph based network forensics analysis at a large scale. To this end, we propose a novel distributed version of a popular network forensics analysis algorithm, the one by Wang and Daniels [18]. Our version of the Wang and Daniels algorithm has been formulated according to the MapReduce paradigm and implemented using the Apache Spark framework. The resulting code is able to analyze in a scalable way graphs of arbitrary size thanks to its distributed nature. We also present the results of an experimental study where we assessed both the time performance and the scalability of our algorithm when run on a distributed system of increasing size.
Large Scale Graph Based Network Forensics Analysis / Di Rocco, L.; Ferraro Petrillo, U.; Palini, F.. - 12665:(2021), pp. 457-469. (Intervento presentato al convegno 25th International Conference on Pattern Recognition Workshops, ICPR 2020 tenutosi a milan; Italy) [10.1007/978-3-030-68821-9_39].
Large Scale Graph Based Network Forensics Analysis
Di Rocco L.;Ferraro Petrillo U.
;Palini F.
2021
Abstract
In this paper we tackle the problem of performing graph based network forensics analysis at a large scale. To this end, we propose a novel distributed version of a popular network forensics analysis algorithm, the one by Wang and Daniels [18]. Our version of the Wang and Daniels algorithm has been formulated according to the MapReduce paradigm and implemented using the Apache Spark framework. The resulting code is able to analyze in a scalable way graphs of arbitrary size thanks to its distributed nature. We also present the results of an experimental study where we assessed both the time performance and the scalability of our algorithm when run on a distributed system of increasing size.File | Dimensione | Formato | |
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