System Reliability Toolkit
RIAC, 2005 - Reliability (Engineering) - 857 pages
The "System Reliability Toolkit" represents a distinct departure from previous editions of the RIAC Toolkit series. It represents our first major collaboration with a sister IAC, the Data and Analysis Center for Software (DACS), whose charter includes software acquisition and development practices and processes. This new Toolkit continues to concentrate on reliability activities that have payoff, but now extends its coverage to more distinctly address the contributions of software and human factors to overall system reliability. Having expanded its content by 70% over its "Reliability Toolkit: Commercial Practices Edition" predecessor, the "System Reliability Toolkit" represents a significant revision to our previous work. It includes numerous new and modified topics that have been added to better represent every aspect of system reliability over its life cycle.
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accelerated activities allocation application approach Assessment circuit components corrective action cost critical CSCI cycle defects defined determine device distribution documentation effective Electronic ensure environment environmental Environmental Stress Screening equipment error estimate evaluation example exponential distribution factors failure analysis failure modes failure rate Fault Tree Analysis Figure function hardware Hazard human Human Reliability hypothesis identify impact improvement Information input Integrated interface ISBN maintenance manufacturing measures module MTBF needs null hypothesis number of failures occur operational profile Output parameters performance Prediction probability problems provides Reliability Analysis Center Reliability and Maintainability Reliability Engineering reliability growth Reliability Toolkit Table Reliability Toolkit Topic repair/fix requirements risk Rome Laboratory Safety sample screening Sneak Software Reliability specific statistical stress subsystem supplier System Reliability Toolkit task techniques temperature Testability thermal Type variables verify warranty Weibull Weibull distribution