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ORCIDSIGMETRICS Performance Evaluation Review, Volume 7
Volume 7, Numbers 1-2, Spring - Summer 1978
- Mark A. Underwood:
Human performance evaluation in the use of federal computer systems: recommendations. 6-14 - Aridaman K. Jain:
A guideline to statistical approaches in computer performance evaluation studies. 18-32 - Proceedings of the software quality and assurance workshop. 32
- Howard P. Honig:
Data path analysis: analyzing large I/O environments. 34-37 - Charles H. Sauer, Edward A. MacNair:
Simultaneous resource possession in queueing models of computers. 41-52
Volume 7, Numbers 3-4, November 1978
- Pamela R. Pfau:
Applied quality assurance methodology. 1-8 - Edward H. Bersoff, Vilas D. Henderson, Stanley G. Siegel:
Software Configuration Management. 9-17 - Robert L. Glass:
Computing failure: A learning experience. 18-19 - Donald A. Woodmancy:
A Software Quality Improvement Program. 20-26 - Marilyn S. Fujii:
A comparison of software assurance methods. 27-32 - Alan N. Sukert, Amrit L. Goel:
Error modelling applications in software quality assurance. 33-38 - Joe W. Duran, John J. Wiorkowski:
Toward models for probabilistic program correctness. 39-44 - B. H. Yin, J. W. Winchester:
The establishment and use of measures to evaluate the quality of software designs. 45-52 - Robert A. Pierce:
A Requirements Tracing Tool. 53-60 - Alan M. Davis, Walter J. Rataj:
Requirements language processing for the effective testing of real-time systems. 61-66 - Lawrence Peters:
Relating software requirements and design. 67-71 - Allan M. Stavely:
Design feedback and its use in software design aid systems. 72-78 - Cornelia M. Yoder, Marilyn L. Schrag:
Nassi-Shneiderman charts an alternative to flowcharts for design. 79-86 - Jeoffrey P. Benson, Sabina H. Saib:
A software quality assurance experiment. 87-91 - Jonathan A. Bauer, Susan Faasse, Alan B. Finger, William Goodhue:
The automatic generation and execution of function test plans for electronic switching systems. 92-100 - K. A. Martin:
Software acceptance testing that goes beyond the book. 101-105 - Frederick J. Drasch, Richard A. Bowen:
IDBUG: A tool for program development. 106-110 - M. E. Stickney:
An application of graph theory to software test data selection. 111-115 - Kurt F. Fischer:
Software quality assurance tools: Recent experience and future requirements. 116-121 - Alan L. Glasser:
The evolution of a Source Code Control System. 122-125 - William H. Josephs:
A mini-computer based library control system. 126-132 - Joseph P. Cavano, James A. McCall:
A framework for the measurement of software quality. 133-139 - Gary W. Cobb:
A measurement of structure for unstructured programming languages. 140-147 - John B. Bowen:
Are current approaches sufficient for measuring software quality? 148-155 - Jo Ann Lockett:
Using performance metrics in system design. 156-159 - Richard N. Southworth:
Responding to MIL-S-52779. 160-164 - Michael F. Tighe:
The value of a proper software quality assurance methodology. 165-172 - Peter C. Belford, Carlo Broglio:
A quantitative evaluation of the effectiveness of quality assurance as experienced on a large-scale software development effort. 173-180 - Paul J. Kacik:
An example of software quality assurance techniques used in a successful large scale software development. 181-186
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