Abstract is missing.
- Software Fault Tolerance in Safety-Critical ApplicationsNancy G. Leveson. 1-12
- Biased Programming Faults - How to Overcome Them?Timm Grams. 13-23
- Sicherheitsgerichtete speicherprogrammierbare Steuerung mit TÜV-PrüfungKlaus Leist. 24-35
- Verlusttolerante elektronische BrieftaschenMichael Waidner, Birgit Pfitzmann. 36-50
- Design Issues in High Performance Fault-Tolerant MulticomputersDavid A. Rennels. 51-60
- Mutabor - An Intelligent Memory Management Unit for an Object Oriented Architecture Supporting Error RecoveryJörg Kaiser, Edgar Nett, Reinhold Kröger. 61-71
- Fault-Tolerant VLSI ProcessorH. P. Holzapfel, K. H. Korninger. 72-82
- Fault Detection By Consumption Measurement in CMOS CircuitsMireille Jacomino, J. L. Rainard, Rene David. 83-94
- MICROPROCESSOR BOARDS: Compact Markov Models for Random Test Length CalculationZ. Abazi, Pascale Thévenod-Fosse. 95-106
- NEOCRIB: An Expert Fault Finding System that Articulates the Competence of Field EngineersElpida T. Keravnou, L. Johnson. 107-118
- Knowledge Based Tools for Testability CheckingMehrdad Bidjan-Irani, Uwe Glässer, Franz J. Rammig. 119-128
- Test Pattern Obtainment from Algorithmic DescriptionsReinhard Reisig. 129-140
- Efficient test Generation for Register Transfer Level DescriptionsIoannis Stamelos, C. Halatsis. 141-152
- Experiments with Transient Fault Upsets in Microprocessor ControllersJanusz Sosnowski. 153-164
- Universal Test Controller Chip for Board Self TestAndrzej Hlawiczka, Dariusz Badura. 165-175
- Systematische Erweiterung der Selbsttestmöglichkeiten von Baugruppen mit MikroprozessorenZ. Benyò. 176-190
- Ein Diagnoseverfahren für Systeme mit mehreren VerarbeitungseinheitenMario Dal Cin. 191-199
- Investigation of Distributed algorithms for System Self-DiagnosisFrank Paszota. 200-212
- Rollback Recovery in Multiprocessor Ring ConfigurationsL. Lehmann, J. Brehm. 213-223
- Modelling Interrupt Based Interprocessor Communication by Time Petri NetsThomas Risse. 224-234
- Ein Verfahren zur Fehlerausgrenzung und Fehlertolerierung in busorientierten RechensystemenRichard Vogt. 235-248
- Reliable Multicast Protocols for a Token Ring ArchitectureM. Scevarolli, Luca Simoncini. 249-262
- A Conceptual Model of the Effect of Diverse Methodologies on Coincident Failures in Multi-Version SoftwareBev Littlewood, Douglas R. Miller. 263-272
- A System Architecture for Software Fault ToleranceMassimo Ancona, Andrea Clematis, Gabriella Dodero, Eduardo B. Fernández, Vittoria Gianuzzi. 273-283
- Quantitative Assessment of Fault-Tolerant Software ArchitectureFrancesca Saglietti, Manfred Kersken. 284-297
- Another Software Reliability Prediction ModelDimitris Christodoulakis, Grammati E. Pantziou. 298-303
- The Distribution of Computer Life after Tolerable FaultsWinfrid G. Schneeweiss. 304-313
- Maximal Availability of Tree-Structured Fault-Tolerant SystemsLászló T. Kóczy. 314-323
- Fehlertoleranz-Aspekte in TransaktionssystemenTheo Härder. 324-335
- A Reliable and Efficient Synchronization Protocol for Database Sharing SystemsErhard Rahm. 336-347
- Fault Tolerance based on Time-Staggered RedundancyKlaus Echtle. 348-361
- Fault-Tolerant Distributed Real-Time System: MARSAndreas Damm. 362-373
- An Automated Material Flow Control System on a Fault-Tolerant Computer System for an Industrial Serial Manufacturer - A Report upon Practical ExperienceL. Pachali, M. Kuhn. 374-375
- Konzept und Einsatzerfahrung mit Marathon/32 und RELIANCEStefan Klusmeier. 376-377
- LOGISIRE, a Safe Computer System for Process AutomationT. Kloppenburg. 378-382
- Ausfallsicheres Betriebs- und Wartungszentrum BSEE. H. Schmid, I. Rehbein, J. Timmermann. 383-386
- A Fault-Tolerant Multiple Processor for Front-End Process ControlK. Chmillon, J. Heger, H. Herzberger. 387-388