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Framework for Captured Network Communication Processing
 Pluskal, Jan ; Veselý, Vladimír (oponent) ; Ryšavý, Ondřej (vedoucí práce)
This thesis discusses network forensic data analysis possibilities, together with data mining methods to extract data from an intercepted communication. Applicability of commonly available (open-source and proprietary) tools and whole frameworks is evaluated and basic requirements for complex analysis tool are stated based on that review. Using experiences gained in the past experimentation with prototypes, functionally related components were designed based on a Divide and Conquer methodology. Components were implemented as autonomous modules that are able to cooperate each one with another. By committing series of tests some deficiencies were identified in processing of non-standard data captures that were fixed by improvement of reconstruction algorithms. The basic functionality of individual components are validated using UnitTests with more then major code coverage. Finally, the performance of capture processing was benchmarked and compared to similar oriented tools.
Úplný záznam
Framework for Captured Network Communication Processing
 Pluskal, Jan ; Veselý, Vladimír (oponent) ; Ryšavý, Ondřej (vedoucí práce)
This thesis discusses network forensic data analysis possibilities, together with data mining methods to extract data from an intercepted communication. Applicability of commonly available (open-source and proprietary) tools and whole frameworks is evaluated and basic requirements for complex analysis tool are stated based on that review. Using experiences gained in the past experimentation with prototypes, functionally related components were designed based on a Divide and Conquer methodology. Components were implemented as autonomous modules that are able to cooperate each one with another. By committing series of tests some deficiencies were identified in processing of non-standard data captures that were fixed by improvement of reconstruction algorithms. The basic functionality of individual components are validated using UnitTests with more then major code coverage. Finally, the performance of capture processing was benchmarked and compared to similar oriented tools.
Úplný záznam

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