Abstract is missing.
- Digital Product Evolution - Models And TrendsChittoor V. Ramamoorthy. 2 [doi]
- Should/could software be more reliable than the "world" in which it is used?Wladyslaw M. Turski. 3-9 [doi]
- Software reliability predictions for distributed softwareH. Pant, Daniel R. Jeske. 11-21 [doi]
- Estimating the number of undetected errors: Bayesian model selectionSanjib Basu, Nader Ebrahimi. 22-31 [doi]
- A comparison and integration of capture-recapture models and the detection profile methodLionel C. Briand, Khaled El Emam, Bernd G. Freimut. 32-41 [doi]
- On the inadequacy of ordinary preconditions for the practical design and verification of programsRobert L. Baber. 43-48 [doi]
- Understanding software defect detection in the Personal Software ProcessClaes Wohlin, Anders Wesslén. 49-58 [doi]
- To maintain a reliable software specificationJ. Jenny Li, Joseph R. Horgan. 59-68 [doi]
- Derivation of an integrated operational profile and use case modelPer Runeson, Björn Regnell. 70-79 [doi]
- Industrial application of criticality predictions in software developmentChristof Ebert, Ekkehard Baisch. 80-89 [doi]
- Applying testability to reliability estimationMark C. K. Yang, W. Eric Wong, Alberto Pasquini. 90-99 [doi]
- Panel: Issues in the next generation of dependability standardsNorman F. Schneidewind, Jean-Claude Laprie, Allen P. Nikora, Michael R. Lyu, John D. Musa, Bill Everett. 101-104 [doi]
- Software reliability modeling by concatenating failure ratesNozer D. Singpurwalla. 106-110 [doi]
- Pragmatic study of parametric decomposition models for estimating software reliability growthChin-Yu Huang, Jung-Hua Lo, Sy-Yen Kuo. 111-123 [doi]
- The lognormal distribution of software failure rates: origin and evidenceRobert E. Mullen. 124-133 [doi]
- The lognormal distribution of software failure rates: application to software reliability growth modelingRobert E. Mullen. 134-142 [doi]
- Comparing the effectiveness of testing methods in improving programs: the effect of variations in program qualityMichele Pizza, Lorenzo Strigini. 144-153 [doi]
- Resource-constrained non-operational testing of softwareAnthony T. Rivers, Mladen A. Vouk. 154-163 [doi]
- Identifying high-risk scenarios of complex systems using input domain partitioningBojan Cukic, Hany H. Ammar, Khalid Lateef. 164-173 [doi]
- Model-based testing of a highly programmable systemSiddhartha R. Dalal, Ashish Jain, Nachimuthu Karunanithi, J. M. Leaton, Christopher M. Lott. 174-179 [doi]
- Does software reliability engineering (SRE) offer any benefits to mobile code's security woes?Jeffrey M. Voas. 180 [doi]
- Mobile agent security and reliabilityFritz Hohl. 181 [doi]
- Software reliability engineering for mobile codeJohn D. Musa. 182 [doi]
- Protecting mobile codeTomas Sander. 183 [doi]
- Lightweight guided random simulationRobert W. Sumners, Parminder Chhabra, Jacob A. Abraham. 185-191 [doi]
- Reliability simulation of component-based software systemsSwapna S. Gokhale, Michael R. Lyu, Kishor S. Trivedi. 192-201 [doi]
- Software reliability analysis incorporating fault detection and debugging activitiesSwapna S. Gokhale, Michael R. Lyu, Kishor S. Trivedi. 202-211 [doi]
- Testing production system programsGrigoris Antoniou, Oliver Jack. 214-221 [doi]
- Expressing and implementing operational profiles for reactive software validationLydie du Bousquet, Farid Ouabdesselam, Jean-Luc Richier. 222-230 [doi]
- Testing the robustness of Windows NT softwareAnup K. Ghosh, Matthew Schmid, V. Shah. 231-235 [doi]
- Studying the effects of code inspection and structural testing on software qualityOliver Laitenberger. 237-246 [doi]
- A modular implementation model of the Primary-Shadow TMO replication scheme and a testing approach using a real-time environment simulatorK. H. Kim, Chittur Subbaraman. 247-256 [doi]
- Software diagnosabilityYves Le Traon, Farid Ouabdesselam, Chantal Robach. 257-266 [doi]
- Reliability analysis of clustered computing systemsVeena B. Mendiratta. 268-272 [doi]
- Applying design metrics to a large-scale software systemW. Eric Wong, Joseph R. Horgan, Michael Syring, Wayne M. Zage, Dolores M. Zage. 273-282 [doi]
- A methodology for detection and estimation of software agingSachin Garg, Aad P. A. van Moorsel, Kalyanaraman Vaidyanathan, Kishor S. Trivedi. 283-292 [doi]
- Reliability optimization of redundant software with correlated failuresWalter J. Gutjahr. 293-302 [doi]
- Panel: Reliability Assesment for Emerging TechniqueKalai Kalaichelvan. 304 [doi]
- Determining fault insertion rates for evolving software systemsAllen P. Nikora, John C. Munson. 306-315 [doi]
- Exploring defect data from development and customer usage on software modules over multiple releasesShriram Biyani, Padmanabhan Santhanam. 316-320 [doi]
- The repeatability of code defect classificationsKhaled El Emam, Isabella Wieczorek. 322-333 [doi]
- Predicting fault-prone classes with design measures in object-oriented systemsLionel C. Briand, John W. Daly, D. Victor Porter, Jürgen Wüst. 334-343 [doi]
- Predicting the order of fault-prone modules in legacy softwareTaghi M. Khoshgoftaar, Edward B. Allen. 344-353 [doi]
- Using statistics of the extremes for software reliability analysis of safety critical systemsLori M. Kaufman, Joanne Bechta Dugan, Barry W. Johnson. 355-363 [doi]
- Critical software for nuclear reactors: 11 years of field experience analysisJ.-C. Laplace, M. Brun. 364-368 [doi]
- An experimental comparison of fault and error injectionJörgen Christmansson, Martin Hiller, Marcus Rimén. 369-378 [doi]
- Panel: Everything You Wanted to Know About SRE But Didn't Know Who To AskBill Everett, John D. Musa, Norman F. Schneidewind, Mladen A. Vouk, Claes Wohlin. 380 [doi]
- On certifying mobile code for secure applicationsAnup K. Ghosh. 381 [doi]