| 797 | -- | 799 | Jesse H. Poore. Introduction to the special issue on: model-based statistical testing of software intensive systems |
| 801 | -- | 807 | David P. Kelly, Robert Oshana. Improving software quality using statistical testing techniques |
| 809 | -- | 814 | Ara Kouchakdjian, R. Fietkiewicz. Improving a product with usage-based testing |
| 815 | -- | 824 | S. Rosaria, Harry Robinson. Applying models in your testing process |
| 825 | -- | 833 | Jesse H. Poore, Gwendolyn H. Walton, James A. Whittaker. A constraint-based approach to the representation of software usage models |
| 835 | -- | 844 | Stacy J. Prowell. TML: a description language for Markov chain usage models |
| 845 | -- | 850 | Kirk Sayre, Jesse H. Poore. Partition testing with usage models |
| 851 | -- | 857 | Kirk Sayre, Jesse H. Poore. Stopping criteria for statistical testing |
| 859 | -- | 872 | Gwendolyn H. Walton, Jesse H. Poore. Measuring complexity and coverage of software specifications |
| 873 | -- | 887 | Karl Doerner, Walter J. Gutjahr. Representation and optimization of software usage models with non-Markovian state transitions |
| 889 | -- | 894 | James A. Whittaker, Kamel Rekab, Michael G. Thomason. A Markov chain model for predicting the reliability of multi-build software |