A. R. Filarey
- 1.Blankenship, W. P., Royce, W. E., Rusis, E., Willis, B. P., "Universal Network Architecture Services: A Portability Case Study", Ada IX, 1991.7p.Google Scholar
- 2.Brown, D., Royce, W. E., "Architecfing Distributed Realtime Ada Applications: The Software Architect's Lifecycle Environment", 1991 Ada IX Proceedings Technical Paper, March, 1991.7p.Google Scholar
- 3.Filarey, A. R., Faul, B., "An Extendible, Reusable Open System Network Management Interface", Proceedings of the 1992 TRW Conference on Application of Conunercial-Off-The-Shelf (COTS) and Reusable Cotrg~nents, April, 1992. 17p.Google Scholar
- 4.Filarey, A.R., Ishigaki, D. T. "TA~ Benchmark Architectm'e", EUROCONTROL CFMU Technical Note, October, 1992. 28p.Google Scholar
- 5.Grauling, C. R., "Pilot Command Center Testbed Development Environment: A Better Way to Develop C3 Systems", Tri Ada 1991 Proceedings, September, 1991. 12p. Google ScholarDigital Library
- 6.Horowitz, Dr. B. M., "The Importance of Architecture in DoD Software", M91-35, $uly, 1991. 18p.Google Scholar
- 7.Nussbaum, A. W., "The Benefits of Network Parchi- "~ lecture Services (NAS) for Cobra D~ae". 28p.Google Scholar
- 8.Royce, W. E., "Reliable, Reusable Ada Components for Constructing Large, Distributed Multi-Task Networks: Network Architecture Services (NAS)", Tri Ada 1989 Proceedings, ~mber, 1989. 18p. Google ScholarDigital Library
- 9.Royce, W. E., "TRW's Ada Process Model for Incremental Development of Large Software Systems", TRW Specification TRW-TS-90-O1, January 1990. lop.Google Scholar
- 10.Royce, W. E.,"Pragmatic Quality Metrics for Evolutionary Software Development Models", Tri Ada 1990 Proceedings, January, 1991.15p. Google ScholarDigital Library
- 11.Royce, W. E., et. al, "UNAS User's Manual, Vols. I-X, Version 3", March, 1992.Google Scholar
- 12.Royce, W. E., Royce, W. W., "Software Architeclture: Integrating Process and Technology", TRW Quest Magazine Summer '91, Dex~mber, 1991.18p.Google Scholar
Index Terms
- Software first: applying Ada megaprogramming technology to target platform selection trades
Recommendations
Reusability of Mathematical Software: A Contribution
Mathematical software is devoted to solving problems involving matrix computation and manipulation. The main problem limiting the reusability of existing mathematical software is that programs are often not initially designed for being reused. Therefore,...
Reusing Software: Issues and Research Directions
Software productivity has been steadily increasing over the past 30 years, but not enough to close the gap between the demands placed on the software industry and what the state of the practice can deliver nothing short of an order of magnitude increase ...
Unanticipated reuse of large-scale software features
ICSE '06: Proceedings of the 28th international conference on Software engineeringSoftware reuse has been endorsed as a way to reduce development times and costs while increasing software quality and reliability. Techniques designed to encourage software reuse have concentrated on creating reusable software in the form of frameworks, ...
Comments