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2003•Journal of China Institute of CommunicationsRequires access

Conformance testing of communication protocol with semi-controllable interfaces

WU Hui-ping

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Abstract

This paper introduces a graph conversion algorithm considering the semi -controllable interfaces and application in conformance testing for H.245 protocol for some communication product. It remarkably increases the number of testable transitions,but also makes conventional methods of test sequence generation in conformance testing available for the converted EFSM (extended finite state machine). The fault coverage and the test efficiency are increased consequently.

About this research paper

What this paper is about

This paper introduces a graph conversion algorithm considering the semi -controllable interfaces and application in conformance testing for H.245 protocol for some communication product. It remarkably increases the number of testable transitions,but also makes conventional methods of test sequence generation in conformance testing available for the converted EFSM (extended finite state machine). The fault coverage and the test efficiency are increased consequently.

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Available abstract

This paper introduces a graph conversion algorithm considering the semi -controllable interfaces and application in conformance testing for H.245 protocol for some communication product. It remarkably increases the number of testable transitions,but also makes conventional methods of test sequence generation in conformance testing available for the converted EFSM (extended finite state machine). The fault coverage and the test efficiency are increased consequently.

Key concepts: Conformance testing, Extended finite-state machine, Computer science, Protocol (science), Finite-state machine, Model-based testing, Graph, Fault coverage

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