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Software Reliability is the application of statistical techniques to data collected during system development and operation to specify, predict, estimate, and assess the reliability of software-based systems. "Software Reliability Engineering (SRE) is a standard, proven best practice that makes testing more reliable, faster, and cheaper. It can be applied to any system using software and to frequently-used members of software component libraries."
  • Education and Training (12) - Courses, seminars, conferences, training products, and resources
    for learning about Software Reliability.

  • Empirical Data and Metrics (1) - Sources of Software Reliability datasets and empirical data.

  • Experts (30) updated - Personnel considered to be experts or very knowledgeable in the area of software reliability.

  • Literature (4) - Publications, periodicles and books related to Software Reliability.

  • Programs and Organizations (12) - Groups, programs, and organizations interested in Software Reliability.

  • Related Resources (6) - Software Reliability resources created by or of special interest to the DoD community.

  • Service Providers/Consultants (17) - Organizations and corporations offering Software Reliability products and services.

  • Tools (19) - Resources related to Software Reliability models and tools.

  • Subtopics of Special Interest
    • Software Quality and Reliability Measurement (7) - Software Metrics and Measurements for determining Software Quality and Software Reliability.

    • Software Safety (5) - Computer software has impacted virtually every aspect of our lives - and so has the amount of critical software. When software annunciates safety-critical information to the human-in-the-loop or controls a system subsystem that could contribute to the loss of life, property or environment, software safety is a concern. Software system safety is a process whereby potential software or sofrware environmental causal factors contributing to system hazards are identified, analyzed, and mitigated according to their hazard priority.

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