Abstract. Passive testing has proved to be a powerful technique for protocol system fault detection by observing its input/output behaviors yet without interrupting its normal operations. To improve the fault detection capabilities we propose a backward checking method that analyzes in a backward fashion the input/output trace from passive testing and its past. It effectively checks both the control and data portion of a protocol system, compliments the forward checking approaches, and detects more errors. We present our algorithm, study its termination and complexity, and report experiment results on the protocol SCP
Abstract. Passive measurements have recently received large attention from the scientific community ...
International audienceCommonly, two main classes of formal testing techniques are applied to check t...
International audienceThis paper presents a methodology for interoperability testing based on contex...
Passive testing has proved to be a powerful technique for protocol system fault detection by observi...
Passive testing is a process of detecting faults in a system under test by passively observing its i...
In this paper, we employ the Communicating finite state machine (CFSM) model for networks to investi...
This dissertation demonstrates and evaluates the use of passive run-time monitoring to test black-bo...
In this paper, we employ the Communicating finite state machine (CFSM) model for networks to inves...
In this paper, we employ the finite state machine (FSM) model for networks to investigate fault iden...
This dissertation demonstrates and evaluates the use of passive run-time monitoring to test black-bo...
In this paper, we employ the finite state machine (FSM) model for networks to investigate fault iden...
Passive monitoring or testing of complex systems and net-works running in the field can provide valu...
Part 3: Monitoring and Fault LocalizationInternational audienceTesting is mainly known as the proces...
Abstract—Conformance of implementations to protocol spec-ifications is essential to assure interoper...
In this paper, we employ the Communicating finite state machine (CFSM) model for networks to invest...
Abstract. Passive measurements have recently received large attention from the scientific community ...
International audienceCommonly, two main classes of formal testing techniques are applied to check t...
International audienceThis paper presents a methodology for interoperability testing based on contex...
Passive testing has proved to be a powerful technique for protocol system fault detection by observi...
Passive testing is a process of detecting faults in a system under test by passively observing its i...
In this paper, we employ the Communicating finite state machine (CFSM) model for networks to investi...
This dissertation demonstrates and evaluates the use of passive run-time monitoring to test black-bo...
In this paper, we employ the Communicating finite state machine (CFSM) model for networks to inves...
In this paper, we employ the finite state machine (FSM) model for networks to investigate fault iden...
This dissertation demonstrates and evaluates the use of passive run-time monitoring to test black-bo...
In this paper, we employ the finite state machine (FSM) model for networks to investigate fault iden...
Passive monitoring or testing of complex systems and net-works running in the field can provide valu...
Part 3: Monitoring and Fault LocalizationInternational audienceTesting is mainly known as the proces...
Abstract—Conformance of implementations to protocol spec-ifications is essential to assure interoper...
In this paper, we employ the Communicating finite state machine (CFSM) model for networks to invest...
Abstract. Passive measurements have recently received large attention from the scientific community ...
International audienceCommonly, two main classes of formal testing techniques are applied to check t...
International audienceThis paper presents a methodology for interoperability testing based on contex...