Author:
Martinez-Gil Jorge,Freudenthaler Bernhard,Natschläger Thomas
Abstract
Purpose
The purpose of this study is to automatically provide suggestions for predicting the likely status of a mechanical component is a key challenge in a wide variety of industrial domains.
Design/methodology/approach
Existing solutions based on ontological models have proven to be appropriate for fault diagnosis, but they fail when suggesting activities leading to a successful prognosis of mechanical components. The major reason is that fault prognosis is an activity that, unlike fault diagnosis, involves a lot of uncertainty and it is not always possible to envision a model for predicting possible faults.
Findings
This work proposes a solution based on massive text mining for automatically suggesting prognosis activities concerning mechanical components.
Originality/value
The great advantage of text mining is that makes possible to automatically analyze vast amounts of unstructured information to find corrective strategies that have been successfully exploited, and formally or informally documented, in the past in any part of the world.
Subject
Computer Networks and Communications,Information Systems
Reference27 articles.
1. Distributional lexical semantics: toward uniform representation paradigms for advanced acquisition and processing tasks;Natural Language Engineering,2010
2. Large-scale pattern-based information extraction from the world wide web,2010
3. Using the web to reduce data sparseness in pattern-based information extraction,2007
4. An integrated architecture for fault diagnosis and failure prognosis of complex engineering systems;Expert Systems with Applications,2012
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