| 1 | -- | 8 | Pamela R. Pfau. Applied quality assurance methodology |
| 9 | -- | 17 | Edward H. Bersoff, Vilas D. Henderson, Stanley G. Siegel. Software Configuration Management |
| 18 | -- | 19 | Robert L. Glass. Computing failure: A learning experience |
| 20 | -- | 26 | Donald A. Woodmancy. A Software Quality Improvement Program |
| 27 | -- | 32 | Marilyn S. Fujii. A comparison of software assurance methods |
| 33 | -- | 38 | Alan N. Sukert, Amrit L. Goel. Error modelling applications in software quality assurance |
| 39 | -- | 44 | Joe W. Duran, John J. Wiorkowski. Toward models for probabilistic program correctness |
| 45 | -- | 52 | B. H. Yin, J. W. Winchester. The establishment and use of measures to evaluate the quality of software designs |
| 53 | -- | 60 | Robert A. Pierce. A Requirements Tracing Tool |
| 61 | -- | 66 | Alan M. Davis, Walter J. Rataj. Requirements language processing for the effective testing of real-time systems |
| 67 | -- | 71 | Lawrence Peters. Relating software requirements and design |
| 72 | -- | 78 | Allan M. Stavely. Design feedback and its use in software design aid systems |
| 79 | -- | 86 | Cornelia M. Yoder, Marilyn L. Schrag. Nassi-Shneiderman charts an alternative to flowcharts for design |
| 87 | -- | 91 | Jeoffrey P. Benson, Sabina H. Saib. A software quality assurance experiment |
| 92 | -- | 100 | Jonathan A. Bauer, Susan Faasse, Alan B. Finger, William Goodhue. The automatic generation and execution of function test plans for electronic switching systems |
| 101 | -- | 105 | K. A. Martin. Software acceptance testing that goes beyond the book |
| 106 | -- | 110 | Frederick J. Drasch, Richard A. Bowen. IDBUG: A tool for program development |
| 111 | -- | 115 | M. E. Stickney. An application of graph theory to software test data selection |
| 116 | -- | 121 | Kurt F. Fischer. Software quality assurance tools: Recent experience and future requirements |
| 122 | -- | 125 | Alan L. Glasser. The evolution of a Source Code Control System |
| 126 | -- | 132 | William H. Josephs. A mini-computer based library control system |
| 133 | -- | 139 | Joseph P. Cavano, James A. McCall. A framework for the measurement of software quality |
| 140 | -- | 147 | Gary W. Cobb. A measurement of structure for unstructured programming languages |
| 148 | -- | 155 | John B. Bowen. Are current approaches sufficient for measuring software quality? |
| 156 | -- | 159 | Jo Ann Lockett. Using performance metrics in system design |
| 160 | -- | 164 | Richard N. Southworth. Responding to MIL-S-52779 |
| 165 | -- | 172 | Michael F. Tighe. The value of a proper software quality assurance methodology |
| 173 | -- | 180 | Peter C. Belford, Carlo Broglio. A quantitative evaluation of the effectiveness of quality assurance as experienced on a large-scale software development effort |
| 181 | -- | 186 | Paul J. Kacik. An example of software quality assurance techniques used in a successful large scale software development |