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Ubiquitous computing for dynamic condition-based maintenance
A.A. Irigaray
, E. Gilabert
, Erkki Jantunen
, A. Adgar
Fundación Tekniker
Teesside University
Research output
:
Contribution to journal
›
Article
›
Scientific
›
peer-review
28
Citations (Scopus)
Overview
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Keyphrases
Condition-based Maintenance
100%
Ubiquitous Computing
100%
Web-based
50%
Web Services
50%
Maintenance Data
50%
Decision Support
25%
Mobile Devices
25%
Design Methodology
25%
Maintenance Activity
25%
Condition Monitoring
25%
Open System Architecture
25%
Maintenance Management
25%
Maintenance Practices
25%
Industrial Customers
25%
Legacy Systems
25%
Automated Extraction
25%
Maintenance System
25%
Layered Structure
25%
Maintenance Decision
25%
Preventive Maintenance
25%
Architectural Concept
25%
Management Solutions
25%
Predictive Maintenance
25%
Intelligent Computing
25%
Intelligent Services
25%
Flexible Architecture
25%
Web Service Interface
25%
Dynamic Maintenance
25%
Structured Decision
25%
Decision Layer
25%
Customized Solutions
25%
Computing Framework
25%
Web Service Agents
25%
Engineering
Industrial User
100%
Predictive Maintenance
100%
Dynamic Condition
100%
Limitations
100%
Condition Monitoring
100%
Preventive Maintenance
100%
Legacy Systems
100%
Computer Science
Condition-Based Maintenance
100%
Web Service
100%
Ubiquitous Computing
100%
Maintenance Management
50%
Mobile Device
25%
Interoperability
25%
System Architecture
25%
Practical Implication
25%
Legacy Systems
25%
Needed Information
25%
Data Maintenance
25%
Intelligent Web
25%
Condition Monitoring
25%
Preventive Maintenance
25%
INIS
dynamics
100%
maintenance
100%
information
33%
architecture
33%
solutions
22%
data
22%
management
22%
values
11%
layers
11%
applications
11%
interfaces
11%
design
11%
devices
11%
processing
11%
monitoring
11%
volume
11%
flexibility
11%
configuration
11%
extraction
11%
vision
11%