A number of methods have been developed to evaluate communication protocol performance based on formal specifications. Most of them assume the specifications are given in the form of Extended Finite State Machines (EFSM). The service times of the transitions are key parameters in the performance analysis and are often assumed to be known apriori. This paper presents a methodology to estimate transition service times by testing the protocol implementation as a black box. An approach to deriving test sequences for transition testing is also proposed
In this paper we generate conformance test cases for a communication protocol modeled in an EFSM(Ext...
Abstract-Protocol testing for the purpose of certifying the imple-mentation’s adherence to the proto...
In the current article a novel test generation algorithm is presented for deterministic finite state...
This paper proposes an approach to modeling and evaluating the performance of communications protoco...
This paper studies the problem of identifying performance bottlenecks in communication protocols. Th...
Protocol performance issues are important in communication protocol design and network management, ...
Abstract—In this paper, we consider the problem of test derivation based on an Extended Finite State...
AbstractModel-based testing automatically generates test cases from a model describing the behavior ...
Abstract. In this paper we introduce a timed extension of the extended finite state machines model. ...
This paper presents a feasible transition path (FTP) generation approach for testing extended finite...
This thesis developed three testing techniques that are applicable to the conformance testing of pro...
Communication protocol testing can be done with a test architecture consisting of remote Tester and ...
Test case generation for a network protocol by extended finite state machine (EFSM) based modeling i...
There has been significant interest in automating testing on the basis of an extended finite state m...
The work presented here addresses the problem of the development of a conformance test suite and an ...
In this paper we generate conformance test cases for a communication protocol modeled in an EFSM(Ext...
Abstract-Protocol testing for the purpose of certifying the imple-mentation’s adherence to the proto...
In the current article a novel test generation algorithm is presented for deterministic finite state...
This paper proposes an approach to modeling and evaluating the performance of communications protoco...
This paper studies the problem of identifying performance bottlenecks in communication protocols. Th...
Protocol performance issues are important in communication protocol design and network management, ...
Abstract—In this paper, we consider the problem of test derivation based on an Extended Finite State...
AbstractModel-based testing automatically generates test cases from a model describing the behavior ...
Abstract. In this paper we introduce a timed extension of the extended finite state machines model. ...
This paper presents a feasible transition path (FTP) generation approach for testing extended finite...
This thesis developed three testing techniques that are applicable to the conformance testing of pro...
Communication protocol testing can be done with a test architecture consisting of remote Tester and ...
Test case generation for a network protocol by extended finite state machine (EFSM) based modeling i...
There has been significant interest in automating testing on the basis of an extended finite state m...
The work presented here addresses the problem of the development of a conformance test suite and an ...
In this paper we generate conformance test cases for a communication protocol modeled in an EFSM(Ext...
Abstract-Protocol testing for the purpose of certifying the imple-mentation’s adherence to the proto...
In the current article a novel test generation algorithm is presented for deterministic finite state...