2007•Unpublished venueRequires access

Prognostics implementation methods for electronics

Jie Gu, Nikhil Vichare, Terry A. Tracy, MICHAEL G. PECHT

Open publisher page 55 citations

Abstract

Prognostics is a method that enables monitoring the state of reliability of a product in real time, and therefore can be used to provide advance warning of a failure, to minimize unscheduled maintenance, to provide condition-based maintenance, and to help in product design and development. This paper identifies six levels of prognostics implementation for electronics, from on-chip packaging to complete systems of systems. An approach is then presented for selecting the implementation levels to cost-effectively optimize coverage. The process of selecting the prognostic approach and its implementation at various levels in electronics is enabled using failure modes, mechanisms, and effects analysis.

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What this paper is about

Prognostics is a method that enables monitoring the state of reliability of a product in real time, and therefore can be used to provide advance warning of a failure, to minimize unscheduled maintenance, to provide condition-based maintenance, and to help in product design and development. This paper identifies six levels of prognostics implementation for electronics, from on-chip packaging to complete systems of systems. An approach is then presented for selecting the implementation levels to cost-effectively optimize coverage. The process of selecting the prognostic approach and its implementation at various levels in electronics is enabled using failure modes, mechanisms, and effects analysis.

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OpenAlex reports 55 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Prognostics is a method that enables monitoring the state of reliability of a product in real time, and therefore can be used to provide advance warning of a failure, to minimize unscheduled maintenance, to provide condition-based maintenance, and to help in product design and development. This paper identifies six levels of prognostics implementation for electronics, from on-chip packaging to complete systems of systems. An approach is then presented for selecting the implementation levels to cost-effectively optimize coverage. The process of selecting the prognostic approach and its implementation at various levels in electronics is enabled using failure modes, mechanisms, and effects analysis.

Key concepts: Prognostics, Reliability engineering, Reliability (semiconductor), Electronics, Process (computing), Computer science, Maintenance engineering, Product (mathematics)

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