AbstractIn this paper, a novel solution to induce a concise automata representation for network protocol is presented and evaluated. First, the feature element sequences representing the protocol interacting process are extracted. Second, a partial automata that accepts these sequences is aggregated; Then, the automata are labeled using a specific heuristic based on the network characteristic; Last, a more generalized and minimal automata is generated by the equivalent state merging algorithm. The models induced are applied to a number of real-world applications that implement various protocols. The evaluation results demonstrate that our techniques presented are valid
Abstract. Our overall goal is to support model-based approaches to verification and validation of co...
A network protocol defines rules that control communications between two or more machines on the Int...
We address the problem of protocol converter synthesis, i.e., the automatic design of automata to t...
AbstractIn this paper, a novel solution to induce a concise automata representation for network prot...
International audienceCommunication protocols enable structured information exchanges between differ...
Round trip engineering of software from source code and reverse engineering of software from binary ...
Round trip engineering of software from source code and reverse engineering of software from binary ...
In this master thesis we investigate to infer models of standard communication protocols using autom...
Being able to model behavior described by a linear sequence of observations (such as log files) goes...
International audienceA wide range of network management tasks such as balancing bandwidth usage, fi...
Reviewed by Miguel CorreiaCommunication protocols determine how network components interact with eac...
In this work, we propose a novel solution to the problem of inferring the state machine of an unknow...
Abstract. Application-level protocol specifications (i.e., how a protocol should behave) are helpful...
Abstract—Extracting the protocol message format specifica-tions of unknown applications from network...
Our overall goal is to support model-based approaches to verification and validation of communicatio...
Abstract. Our overall goal is to support model-based approaches to verification and validation of co...
A network protocol defines rules that control communications between two or more machines on the Int...
We address the problem of protocol converter synthesis, i.e., the automatic design of automata to t...
AbstractIn this paper, a novel solution to induce a concise automata representation for network prot...
International audienceCommunication protocols enable structured information exchanges between differ...
Round trip engineering of software from source code and reverse engineering of software from binary ...
Round trip engineering of software from source code and reverse engineering of software from binary ...
In this master thesis we investigate to infer models of standard communication protocols using autom...
Being able to model behavior described by a linear sequence of observations (such as log files) goes...
International audienceA wide range of network management tasks such as balancing bandwidth usage, fi...
Reviewed by Miguel CorreiaCommunication protocols determine how network components interact with eac...
In this work, we propose a novel solution to the problem of inferring the state machine of an unknow...
Abstract. Application-level protocol specifications (i.e., how a protocol should behave) are helpful...
Abstract—Extracting the protocol message format specifica-tions of unknown applications from network...
Our overall goal is to support model-based approaches to verification and validation of communicatio...
Abstract. Our overall goal is to support model-based approaches to verification and validation of co...
A network protocol defines rules that control communications between two or more machines on the Int...
We address the problem of protocol converter synthesis, i.e., the automatic design of automata to t...