eMaintenance for Railway
19th Nordic Seminar on Railway Technology
14th-15th September 2016
Clarion Hotel Sense, Luleå
Presentation Outline
• The eMaintenance Grail
• Hypes & Trends
• The Railway Cloud
• Conclusions
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Hypes & Trends in Railway
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Services
Cloud
computing
Digitalisati
on
Analytics
Big Data
IoE
Context-
adaptive
Business
Intelligence
Safety &
Security
Smart
Asset
Crowd-
sourcing
IoT
APPs
Sharing
Storage
Holo-
graphic
Virtual
reality
Augmented
reality
…
Distributed
computing
Deep
learning
Quantum
computing
Artefacts
• What does these mean for Railway?
• How to manage and utilise these computing artefacts?
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What Do We Want to Achieve
By using advanced
computing & information logistics!
Context Assumptions Actions Results
Are we doing things right?
Are we doing right things?
How do we decide right things?
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Changes in Business Models
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Product Focus Customer Focus
“Total Care Solutions”
“Power-per-hour”
“Performance Based
Logistics”
“Profit without machines”
“Gold Care Services”
“Creating additional value
for our customers”
“Functional Products”
Services creates
additional value
to products!
Complexity in Asset Management – Lifecycle Perspective
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Concept ProductionDevelopment Utilization Support Retirement
(ISO/IEC, 2002; IEC 2001)
Concept ProductionDevelopment Utilization Support Retirement
Concept ProductionDevelopment Utilization Support Retirement
Concept ProductionDevelopment Utilization Support
Maintenance Decision-Making
• Provide Business Intelligence (BI) for enhanced maintenance
decision-making!
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Maintenance DNA – A System Perspective
AnalyticsData
Mechanical
components
Electrical
components
Software
components
Human
components
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Smart Asset
• Ability to reason, discover
meaning, generalise, or learn from
past experience (EB, 2009)
• Intelligent transport services and
systems should, among other
things, be able to adapt to new
situations (Candell et al., 2009)
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Smart Business
Smart Operation & Maintenance
Smart Control System
Smart Asset
Artefacts
• What does these mean for Railway?
• How to manage and utilise these computing artefacts?
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Maintenance Analytics (MA) – A Framework
• Now casting
– 1) What happened in the past
– 2) Why something happened
• Forecasting
– 3) What will happen in the future
– 4) What need to be done next
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(Karim et al., 2016)
What do railway maintenance benefits?
Computing artefact
• More processing capability
• More storage capability
• More communication capability
• More integration/fusion capability
• More of more…
Expected Impacts on maintenance
• Intelligence to Asset
• Fact-based decision support
• Enhance analytics
• Distribute analytics
• Provide real-time DS, from batch to streaming analytics
• From centralised to distributed
• Not only work-order
• Improved logistics
• Improved control system
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eMaintenance
On-going projects
The Railway Cloud objective
• Maintenance Decision Support– When, what, how, who
– Information integration & service fusion
• Support to Integrated Logistic Support (ILS)
• Enablement of Predict-and-Prevent (PAP) instead of Fail-and-Fix (FAF)
• Prediction of Remaining Useful Life (RUL)
• Reduction of No-Fault-Found (NFF)
• Enablement of knowledge discovery and information reuse
• Reduction of costs during a system lifecycle
• Increased asset dependability
• ...
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Context-aware eMaintenance Decision Support Solution
Data Fusion &
Integration
Big Data
Modelling &
Analysis
Context sensing
& adaptation
Information
modelsKnowledge
models
Context
models
Maintenance
Data
The Conceptual Model
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(Karim et al., 2014)
Context modelling
• Modelling
– Decisions
– Activities
– Actors
• Context
– Describing
– Modelling
– Sensing
– Matching
• Modelling of visualisation & interaction
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Overarching Railway Cloud Architecture
• Cloud Services– IaaS (Infrastructure)
• Virtual Server SRV
– PaaS (Platform)• Development tools
– SaaS (Apps)• Data Acquisition SRV
• Data Transformation SRV
• Data Integration SRV
• Data Quality SRV
• Data Storage SRV
• Data Processing SRV
• Data Visualisation SRV
• Local Services– Service desk
– Overall management
– Project coordination
– Provision of Non-cloudified SW
– Client-depended tools, e.g. visualisation SW and HW
• Project Specific Tools
• Sensors
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Conclusions
Big Data Cloud
Context-
adaptation
IoT/IoE
Crowd-
sourcing
AnalyticsGovernance
NoSql
Sensors &
CloudsVelocity
Volume
Variety
Structured &
unstructured
Behaviour
Cloud First
Mobile First
SecurityVisuali-
sation
HologramsRepairability
Survivability
OO SOA
Machine
Learning
Information
Logistics
Sensor
fusion
System
thinking
Diagnostics Prognostics CM System
CMMSCM
ComponentDigitalisation
Sensor
technology
Manage-
ment
Virtual
reality
Augmented
realityOntology
Taxonomy
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Challenges
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• We need a
research discipline
dealing with
computing
challenges such
as: