21. FTCS 1991: Montreal, Canada

• Mark Sullivan, Ram Chillarege:
  Software Defects and their Impact on System Availability: A Study of Field Failures in Operating Systems. 2-9
  
• Inhwan Lee, Ravishankar K. Iyer, Dong Tang:
  Error/Failure Analysis Using Event Logs from Fault Tolerant Systems. 10-17
  
• T. R. Dilenno, David A. Yaskin, James H. Barton:
  Fault-Tolerance Testing in the Advanced Automation System. 18-25
  
• T. Takano, T. Yamada, K. Shutoh, Nobuyasu Kanekawa:
  Fault Tolerance Experiments of the "Hiten" Onboard Space Computer. 26-35
  
• Ted Stanion, Debashis Bhattacharya:
  TSUNAMI: A Path Oriented Scheme for Algebraic Test Generation. 36-43
  
• Jaushin Lee, Janak H. Patel:
  An Architectural Level Test Generator for a Hierarchical Design Environment. 44-51
  
• Irith Pomeranz, Sudhakar M. Reddy:
  Test Generation for Synchronous Sequential Circuits Using Multiple Observation Times. 52-59
  
• Daniel C. Lee, Daniel P. Siewiorek:
  Functional Test Generation for Pipelined Computer Implementations. 60-69
  
• Doug Jewett:
  Integrity S2: A Fault-Tolerant Unix Platform. 70
  
• Michel Banâtre, Gilles Muller, Bruno Rochat, Patrick Sanchez:
  Design Decisions for the FTM : A General Purpose Fault Tolerant Machine. 71-78
  
• S. Webber, J. Beirne:
  The Stratus Architecture. 79-87
  
• R. Raina, Peter N. Marinos:
  Signature Analysis with Modified Linear Feedback Shift Registers (M-LFSRs). 88-95
  
• Albrecht P. Stroele, Hans-Joachim Wunderlich:
  Signature Analysis and Test Scheduling for Self-Testable Circuits. 96-103
  
• Nirmal R. Saxena, Piero Franco, Edward J. McCluskey:
  Bounds on Signature Analysis Aliasing for Random Testing. 104-113
  
• Ram Chillarege, Robert W. Horst, Daniel P. Siewiorek, Robert S. Swarz: Challenges in Designing Fault-Tolerant Systems. 114
• T. Bissett: Designing Error Detection and Recovery for a Fault-Tolerant Computer System. 115
• Jack Isenberg: Evolving Systems for Continuous Availability. 116
• Daniel Lenoski: Practical Problems in the Design of Fault-Tolerant Hardware. 116
• D. Steinfeld: Design Process for High-Availability Systems. 117
• J. J. Stiffler: On Establishing Fault Tolerance Objectives. 117
• Dechang Gu, Daniel J. Rosenkrantz, S. S. Ravi:
  Construction and Analysis of Fault-Secure Multiprocessor Schedules. 120-127
  
• M. Tsunoyama, S. Naito:
  A Fault-Tolerant FFT Processor. 128-135
  
• Abhijit Chatterjee, Manuel A. d'Abreu:
  Concurrent Error Detection and Fault-Tolerance in Linear Digital State Variable Systems. 136-143
  
• T. Basil Smith, W. A. Moorman, T. Dang:
  The IBM S/390 Sysplex Timer. 144-153
  
• Steven D. Millman, Edward J. McCluskey:
  Bridging, Transition, and Stuck-Open Faults in Self-Testing CMOS Checkers. 154-161
  
• Alain Verreault, El Mostapha Aboulhamid, Younès Karkouri:
  Multiple Fault Analysis Using a Fault Dropping Technique. 162-169
  
• David A. Rennels, Hyeongil Kim:
  VLSI Implementation of a Self-Checking Self-Exercising Memory System. 170-177
  
• Yuval Tamir, M. Liang, T. Lai, Marc Tremblay:
  The UCLA Mirror Processor: A Building Block for Self-Checking Self-Repring Computing Nodes. 178-187
  
• Yi-Chieh Chang, Kang G. Shin:
  Load Sharing in Hypercube Multicomputers in the Presence of Node Failures. 188-195
  
• Vincenzo Grassi:
  Cost Effectiveness Analysis of Different Fault Tolerance Strategies for Hypercube Systems. 196-203
  
• John C. Peterson, Jesus O. Tuazon, E. T. Upchurch:
  An Evaluation of Fault-Tolerant Hypercube Architectures for Onboard Computing. 204-213
  
• Anindo Bagchi, S. Louis Hakimi:
  An Optimal Algorithm for Distributed System Level Diagnosis. 214-221
  
• Ronald P. Bianchini Jr., Richard W. Buskens:
  An Adaptive Distributed System-Level Diagnosis Algorithm and Its Implementation. 222-229
  
• Sampath Rangarajan, Donald S. Fussell:
  Probabilistic Diagnosis Algorithms Tailored to System Topology. 230-239
  
• Gregory F. Sullivan, Gerald M. Masson:
  Certitication Trails for Data Structures. 240-247
  
• David E. Bakken, Richard D. Schlichting:
  Tolerating Failures in the Bag-of-Tasks Programming Paradigm. 248-255
  
• R. Jagannathan, Edward A. Ashcroft:
  Fault Tolerance in Parallel Implementations of Functional Languages. 256-265
  
• Bogdan S. Chlebus, Krzysztof Diks, Andrzej Pelc:
  Optimal Broadcasting in Faulty Hypercubes. 266-273
  
• Jianli Sun, Jan Gecsei:
  A Multiple-Fault Tolerant Sorting Network. 274-281
  
• Nian-Feng Tzeng, Po-Jen Chuang:
  Fault-Tolerant Gamma Interconnection Networks. 282-291
  
• Shantanu Dutt, John P. Hayes:
  Some Practical Issues in the Design of Fault-Tolerant Multiprocessors. 292-299
  
• P. Ramathan, Kang G. Shin:
  A Multiple Copy Approach for Delivering Messages Under Deadline Constraints. 300-307
  
• B. E. Aupperle, John F. Meyer:
  State Space Generation for Degradable Multiprocessor Systems. 308-317
  
• Michael A. Schuette, John Paul Shen:
  Exploiting Instruction-Level Resource Parallelism for Transparent, Integrated Control-Flow Monitoring. 318-325
  
• Kent D. Wilken:
  Optimal Signature Placement for Process-Error Detection Using Signature Monitoring. 326-333
  
• T. Michel, Régis Leveugle, Gabriele Saucier:
  A New Approach to Control Flow Checking Without Program Modification. 334-343
  
• Vladimir Cherkassky, Reza Rooholamini, Hossein Lari-Najafi:
  Fault-Tolerant Communications Processing. 344-351
  
• S. M. Rezaul Islam, Hany H. Ammar:
  Performability Analysis of Distributed Real-Time Systems with Repetitive Task Invocation. 352-359
  
• David V. Pitts:
  The RM Recovery Services. 360-367
  
• Erhard Rahm:
  Recovery Concepts for Data Sharing Systems. 368-377
  
• Sulaiman Al-Bassam, Bella Bose, Ramarathnam Venkatesan:
  Burst and Unidirectional Error Detecting Codes. 378-384
  
• Manoj Franklin, Kewal K. Saluja:
  Pattern Sensitive Fault Testing of RAMs with Bullt-in ECC. 385-392
  
• C. L. Chen, L. E. Grosbach:
  Fault-Tolerant Memory Design in the IBM Application System/400. 393-400
  
• A. L. Narasimha Reddy, Prithviraj Banerjee:
  Gracefully Degradable Disk Arrays. 401-409
  
• Pascale Thévenod-Fosse, Hélène Waeselynck, Yves Crouzet:
  An Experimental Study on Software Structural Testing: Deterministic versus Random Input Generation. 410-417
  
• Klaus Echtle, Yinong Chen:
  Evaluation of Deterministic Fault Injection for Fault-Tolerant Protocol Testing. 418-425
  
• Nicholas S. Bowen, Dhiraj K. Pradhan:
  Program Fault Tolerance Based on Memory Access Behavior. 426-435
  
• M. J. Iacoponi, S. F. McDonald:
  Distributed Reconfiguration and Recovery in the Advanced Architecture On-Board Processor. 436-443
  
• Douglas M. Blough:
  On the Reconfiguration of Memory Arrays Containing Clustered Faults. 444-451
  
• C. Chen, An Feng, Tohru Kikuno, Koji Torii:
  Reconfiguration Algorithm for Fault-Tolerant Arrays with Minimum Number of Dangerous Processors. 452-461
  
• Myron Hecht, J. Agron, Herbert Hecht, K. H. Kim:
  A Distributed Fault Tolerant Architecture for Nuclear Reactor and Other Critical Process Control Applications. 462-469
  
• K. H. Kim, W. J. Guan, Andreas Damm, J. A. Rohr:
  Approaches to Design of Temporary Blackout Handling Capabilities and an Evaluation with a Real-Time Tightly Coupled Network Testbed. 470-477
  
• Amer Saeed, Rogério de Lemos, Tom Anderson:
  The Role of Formal Methods in the Requirements Analysis of Safety-Critical Systems: A Train Set Example. 478-487
  
• Nitin H. Vaidya, Dhiraj K. Pradhan:
  System Level Diagnosis: Combining Detection and Location. 488-495
  
• J. Xu:
  The t/(n-1)-Diagnosability and Its Applications to Fault Tolerance. 496-503
  
• Bapiraju Vinnakota, Niraj K. Jha:
  Design of Multiprocessor Systems for Concurrent Error Detection and Fault Diagnosis. 504-511
  

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