Journal of Systems and Software (JSS), Volume 10

Volume 10, Number 1, July 1989

Robert L. Glass:
Editor's corner: The legend of the bad software project. 1
Roberto R. Kampfner:
A synthetic approach to the design of information-systems software. 3-14
Daniel A. Cañas, William G. Bulgren:
A file management system for a magnetic disk used as a buffer to write-once optical storage. 15-21
Dennis R. Moreau, Wayne D. Dominick:
Object-oriented graphical information systems: Research plan and evaluation metrics. 23-28
Pierre N. Robillard, Germinal Boloix:
The interconnectivity metrics: A new metric showing how a program is organized. 29-39
Robert B. Terwilliger, Roy H. Campbell:
ENCOMPASS: An environment for the incremental development of software. 41-53
H. S. Wang, S. R. Hsu, J. C. Lin:
A generalized optimal path-selection model for structural program testing. 55-63
Robert L. Glass:
The temporal relationship between theory and practice. 65-67
Sallie Keller-McNulty, Mark S. McNulty:
Response to: Resolving the software science anomaly. 69-71
David N. Card, William W. Agresti:
Further remarks on software science. 71-72

Robert L. Glass:
Editor's corner : How can computer science truly become a science, and software engineering truly become engineering? 75-76
Sudha Ram, Clark L. Chastain:
Architecture of distributed data base systems. 77-95
Robert B. Terwilliger, Roy H. Campbell:
PLEASE: Executable specifications for incremental software development. 97-112
Stephen Fickas:
Design issues in a rule-based system. 113-123
Panayiotis E. Pintelas, Vasilios Kallistros:
An overview of some software design languages. 125-138
James W. Howatt, Albert L. Baker:
Rigorous definition and analysis of program complexity measures: An example using nesting. 139-150
Hershey H. Friedman, Linda Weiser Friedman:
Myths, unethical practices, personnel requirements: What do computer industry professionals really believe? 151-153

Robert L. Glass:
Software metrics: of lightning rods and built-up tension. 157-158
David N. Card, R. A. Berg:
An industrial engineering approach to software development. 159-168
Anna Hác:
A validated performance model for distributed file systems. 169-185
A. Inkeri Verkamo:
Performance comparison of distributive and mergesort as external sorting algorithms. 187-200
McCagie Brooks Rogers:
Considerations for applying multiple-level protocols to satellite communication networks. 201-212
Avram Eskenasi:
Evaluation of software product quality by means of classification methods. 213-216
Bruce I. Blum:
Volume, distance and productivity. 217-226

Robert L. Glass:
Editor's corner: Should a journal publish a virus? 229
James E. Tomayko:
Is software engineering graduate-level material? 231-233
James R. Comer, David J. Rodjak:
Software engineering education at Texas Christian University: Adapting a curriculum to changing needs. 235-244
Everald E. Mills:
The Master of Software Engineering (MSE) program at Seattle University. 245-252
Freeman L. Moore, Phillip R. Purvis:
Training practicing software engineers at Texas instruments. 253-260
David Budgen, Peter Henderson, Chic Rattray:
Academic/industrial collaboration in a postgraduate MSc course in Software Engineering. 261-266
John W. Brackett:
The Boston University software engineering graduate program: Continuing education through interactive television. 267-269
Alan C. Benander, Barbara A. Benander:
An empirical study of COBOL programs via a style analyzer: The benefits of good programming style. 271-279
James E. Tomayko:
Lessons learned teaching Ada in the context of software engineering. 281-283