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A Review of Prognostics and Health Monitoring Techniques for Autonomous Ocean Systems

Conference Paper

Title: A Review of Prognostics and Health Monitoring Techniques for Autonomous Ocean Systems
Author:
Wald, R.; Khoshgoftaar, T.; Beaujean, P.; Sloan, J.
Publication Date:
Event Name:
16th International ISSAT on Reliability and Quality in Design
Publisher:
ISSAT
Affiliation:
Florida Atlantic University
Technology:
Current
Collection Method:
Modeling
Operations:
Condition Monitoring
Language:
English

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Citation

Wald, R.; Khoshgoftaar, T.; Beaujean, P.; Sloan, J. (2010). A Review of Prognostics and Health Monitoring Techniques for Autonomous Ocean Systems. Paper presented at 16th International ISSAT on Reliability and Quality in Design
@conference{Wald-2010-4569,
author = {Wald, R and Khoshgoftaar, T and Beaujean, P and Sloan, J},
title = {A Review of Prognostics and Health Monitoring Techniques for Autonomous Ocean Systems},
year = {2010},
month = {aug},
series = {16th International ISSAT on Reliability and Quality in Design},
publisher = {ISSAT},
keywords = {Current, Modeling, Condition Monitoring},
}
Export Citation to BibTex
TY - CONF
TI - A Review of Prognostics and Health Monitoring Techniques for Autonomous Ocean Systems
AU - Wald, R
AU - Khoshgoftaar, T
AU - Beaujean, P
AU - Sloan, J
T2 - 16th International ISSAT on Reliability and Quality in Design
AB - Prognostics and health monitoring (PHM) is an important and growing focus in the design and maintenance of complex systems. It is being applied to a wide range of problems, from industrial machines to avionics systems to batteries. In this paper, we review existing work in the context of a novel application: repair and maintenance of autonomous ocean systems, one example being a fleet of ocean turbines. Various approaches to PHM are considered, including model- and data-driven techniques as well as hybrid strategies.
DA - 2010/08//
PY - 2010
PB - ISSAT
LA - English
KW - Current
KW - Modeling
KW - Condition Monitoring
ER -
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Abstract

Prognostics and health monitoring (PHM) is an important and growing focus in the design and maintenance of complex systems. It is being applied to a wide range of problems, from industrial machines to avionics systems to batteries. In this paper, we review existing work in the context of a novel application: repair and maintenance of autonomous ocean systems, one example being a fleet of ocean turbines. Various approaches to PHM are considered, including model- and data-driven techniques as well as hybrid strategies.