2002Unpublished venueRequires access

Reliability assessment from degradation data

V. Crk

Open publisher page 87 citations

Abstract

The importance of degradation analysis as a method of assessing the reliability of highly reliable components and systems constantly increases due to the continuous efforts of the manufacturers to produce more and more reliable products. The presented methodology is an effective way to estimate the system's reliability by monitoring performance degradation. Its advantage is that the times to failure are not directly observed but the degradation that can be accurately measured. Consequently, the test time can be significantly shorter than if the times to failure are recorded.

About this research paper

What this paper is about

The importance of degradation analysis as a method of assessing the reliability of highly reliable components and systems constantly increases due to the continuous efforts of the manufacturers to produce more and more reliable products. The presented methodology is an effective way to estimate the system's reliability by monitoring performance degradation. Its advantage is that the times to failure are not directly observed but the degradation that can be accurately measured. Consequently, the test time can be significantly shorter than if the times to failure are recorded.

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OpenAlex reports 87 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The importance of degradation analysis as a method of assessing the reliability of highly reliable components and systems constantly increases due to the continuous efforts of the manufacturers to produce more and more reliable products. The presented methodology is an effective way to estimate the system's reliability by monitoring performance degradation. Its advantage is that the times to failure are not directly observed but the degradation that can be accurately measured. Consequently, the test time can be significantly shorter than if the times to failure are recorded.

Key concepts: Degradation (telecommunications), Reliability engineering, Reliability (semiconductor), Computer science, Engineering, Physics, Power (physics), Telecommunications

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