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QICID: 20739
Title: Supporting Model-Based Testing with Scenarios and State Machines
Copyright: 2006, ASQ
Author: Whittle, Jon; Chakraborty, Joy; Kruger, Ingolf
Organization: George Mason University; Motorola India Electronics Pvt. Ltd.; University of California San Diego
Subject: Hypothesis testing,Modeling,Product development,Software,Validation,Verification;
Series: Software Quality Professional, Vol. 8, No. 4, September 2006, pp. 17-28
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Abstract: [This abstract is based on the authors' abstract.]Model-based software testing is a technique in which the test cases are taken from a model of the system being tested. The model is usually an abstract representation of the desired behavior given as one or more finite state machines (FSMs). Obtaining a correct and complete set of FSMs for model-based testing can be difficult. A method is proposed for developing an FSM model appropriate for model-based testing of object-oriented software. The method begins with the development of sequences that are then converted into a set of FSMs to which lower level details can be added. A telecommunications case study illustrates the application of the method.
Number of pages: 12
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