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Reliability of Avionics Systems.

E. Keonjian, W. T. Sumerlin, M. M. Tall, Jacob J. Bussolini, Brian Baker

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Abstract

;Contents: Techniques of system reliability estimation, including failure effect analysis (failure consequence); Correlation between estimation tests and system operating data; Effectiveness of reliability program elements; Cost effectiveness of built-in test provisions; High reliability design techniques applied to the lunar module; Testing the reliability of avionics equipment for spacecraft application; Methods of specifying and controlling design reliability; Relationships between program test and user support costs; System operational considerations and their relationship to the test process; La technique des essais acceleres; The benefits of a totally integrated reliability test program; Operational considerations and systems reliability.

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;Contents: Techniques of system reliability estimation, including failure effect analysis (failure consequence); Correlation between estimation tests and system operating data; Effectiveness of reliability program elements; Cost effectiveness of built-in test provisions; High reliability design techniques applied to the lunar module; Testing the reliability of avionics equipment for spacecraft application; Methods of specifying and controlling design reliability; Relationships between program test and user support costs; System operational considerations and their relationship to the test process; La technique des essais acceleres; The benefits of a totally integrated reliability test program; Operational considerations and systems reliability.

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Available abstract

;Contents: Techniques of system reliability estimation, including failure effect analysis (failure consequence); Correlation between estimation tests and system operating data; Effectiveness of reliability program elements; Cost effectiveness of built-in test provisions; High reliability design techniques applied to the lunar module; Testing the reliability of avionics equipment for spacecraft application; Methods of specifying and controlling design reliability; Relationships between program test and user support costs; System operational considerations and their relationship to the test process; La technique des essais acceleres; The benefits of a totally integrated reliability test program; Operational considerations and systems reliability.

Key concepts: Avionics, Reliability engineering, Reliability (semiconductor), Engineering, Process (computing), Computer science, Power (physics), Quantum mechanics

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