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A Core Ontology for Whole Life Costing in Construction Projects
Adam Yousfi
,
Érik Andrew Poirier
,
Daniel Forgues
École de technologie supérieure
Construction Engineering Department
GRIDD - Research group on integration and sustainable development in the built environment
École de technologie supérieure
Research output
:
Contribution to journal
›
Journal Article
›
peer-review
1
Citation (Scopus)
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Keyphrases
Breakdown Time
20%
Building Life Cycle
20%
Building Topology
20%
Collaborative Use
20%
Construction Projects
100%
Core Ontology
100%
Cost Breakdown
20%
Cost Categories
20%
Cost Computation
20%
Data Integration
20%
Decision Support
20%
Design Science Research
20%
Discounted Value
20%
Fragmented Data
20%
Knowledge Base
20%
Knowledge Graph
20%
Machine-interpretable
20%
Model Costs
20%
Ontology
60%
Ontology Design
20%
Practical Validation
20%
Project Context
20%
Python Script
20%
Semantic Query-Enhanced Web Rule Language (SQWRL)
20%
Semantic Web Applications
20%
Still Face
20%
Structured Data
20%
Support Costs
20%
Technological Gap
20%
Temporal Aspects
20%
Temporal Discounting
20%
Time-based
20%
Value Offering
20%
Web Ontology Language
20%
Whole Life Cost
100%
Engineering
Bridging
100%
Design Science Research
100%
Extensibility
100%
Knowledge Graph
100%
Lifecycle
100%
Limitations
100%
Value Offering
100%
Computer Science
Computation Cost
20%
Data Integration
20%
Decision-Making
20%
Design Ontology
20%
Extensibility
20%
Interoperability
20%
Knowledge Graph
20%
Ontology
100%
Python Script
20%
semantic web application
20%
Structured Data
20%
Temporal Category
20%
Web Ontology Language
20%