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Proceedings Article: BibTeX citation key:  Quante2007b
J. Quante and R. Koschke, "Dynamic Protocol Recovery" in Proc. of 14th Working Conference on Reverse Engineering, Vancouver, British Columbia, Canada, Oct. 29-31, 2007, pp. 219–228.
Added by: Jochen Quante 2007-09-13 11:23:47    Last edited by: Jochen Quante 2008-03-03 20:28:58
 B 
Categories: AG-Koschke, Contribution to conferences-reviewed, SAT, SQuIS
Keywords: dynamic analysis, protocol recovery, reverse engineering
Creators: Koschke, Quante
Publisher: (Vancouver, British Columbia, Canada)
Collection: Proc. of 14th Working Conference on Reverse Engineering

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Abstract
Dynamic protocol recovery tries to recover a component’s sequencing constraints by means of dynamic analysis. This problem has been tackled by several automaton learning approaches in the past. These approaches are based on the sequence of component method invocations only.
We introduce a new dynamic protocol recovery technique based on object process graphs. These graphs contain information about loops and the context in which methods are being called. We describe the transformation of a set of these graphs to a protocol automaton. The additional input, compared to the sole sequence of method calls, results in a more detailed protocol.
In a case study, we compare the resulting protocol automata of our approach to those of several existing automaton learning approaches.
Added by: Jochen Quante    Last edited by: Jochen Quante

 
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