Picture for Christophe Nicolle

Christophe Nicolle

Le2i

Combining Machine Learning and Ontology: A Systematic Literature Review

Add code
Jan 15, 2024
Viaarxiv icon

Towards Explainability for a Civilian UAV Fleet Management using an Agent-based Approach

Add code
Sep 22, 2019
Figure 1 for Towards Explainability for a Civilian UAV Fleet Management using an Agent-based Approach
Figure 2 for Towards Explainability for a Civilian UAV Fleet Management using an Agent-based Approach
Figure 3 for Towards Explainability for a Civilian UAV Fleet Management using an Agent-based Approach
Viaarxiv icon

IfcWoD, Semantically Adapting IFC Model Relations into OWL Properties

Add code
Nov 12, 2015
Figure 1 for IfcWoD, Semantically Adapting IFC Model Relations into OWL Properties
Figure 2 for IfcWoD, Semantically Adapting IFC Model Relations into OWL Properties
Figure 3 for IfcWoD, Semantically Adapting IFC Model Relations into OWL Properties
Figure 4 for IfcWoD, Semantically Adapting IFC Model Relations into OWL Properties
Viaarxiv icon

From 9-IM Topological Operators to Qualitative Spatial Relations using 3D Selective Nef Complexes and Logic Rules for bodies

Add code
Jan 21, 2013
Figure 1 for From 9-IM Topological Operators to Qualitative Spatial Relations using 3D Selective Nef Complexes and Logic Rules for bodies
Figure 2 for From 9-IM Topological Operators to Qualitative Spatial Relations using 3D Selective Nef Complexes and Logic Rules for bodies
Figure 3 for From 9-IM Topological Operators to Qualitative Spatial Relations using 3D Selective Nef Complexes and Logic Rules for bodies
Figure 4 for From 9-IM Topological Operators to Qualitative Spatial Relations using 3D Selective Nef Complexes and Logic Rules for bodies
Viaarxiv icon

Integration of knowledge to support automatic object reconstruction from images and 3D data

Add code
Jan 21, 2013
Figure 1 for Integration of knowledge to support automatic object reconstruction from images and 3D data
Figure 2 for Integration of knowledge to support automatic object reconstruction from images and 3D data
Figure 3 for Integration of knowledge to support automatic object reconstruction from images and 3D data
Figure 4 for Integration of knowledge to support automatic object reconstruction from images and 3D data
Viaarxiv icon

Knowledge Base Approach for 3D Objects Detection in Point Clouds Using 3D Processing and Specialists Knowledge

Add code
Jan 21, 2013
Figure 1 for Knowledge Base Approach for 3D Objects Detection in Point Clouds Using 3D Processing and Specialists Knowledge
Figure 2 for Knowledge Base Approach for 3D Objects Detection in Point Clouds Using 3D Processing and Specialists Knowledge
Figure 3 for Knowledge Base Approach for 3D Objects Detection in Point Clouds Using 3D Processing and Specialists Knowledge
Figure 4 for Knowledge Base Approach for 3D Objects Detection in Point Clouds Using 3D Processing and Specialists Knowledge
Viaarxiv icon

Toward the Automatic Generation of a Semantic VRML Model from Unorganized 3D Point Clouds

Add code
Jan 21, 2013
Figure 1 for Toward the Automatic Generation of a Semantic VRML Model from Unorganized 3D Point Clouds
Figure 2 for Toward the Automatic Generation of a Semantic VRML Model from Unorganized 3D Point Clouds
Figure 3 for Toward the Automatic Generation of a Semantic VRML Model from Unorganized 3D Point Clouds
Figure 4 for Toward the Automatic Generation of a Semantic VRML Model from Unorganized 3D Point Clouds
Viaarxiv icon

From 3D Point Clouds To Semantic Objects An Ontology-Based Detection Approach

Add code
Jan 21, 2013
Figure 1 for From 3D Point Clouds To Semantic Objects An Ontology-Based Detection Approach
Figure 2 for From 3D Point Clouds To Semantic Objects An Ontology-Based Detection Approach
Figure 3 for From 3D Point Clouds To Semantic Objects An Ontology-Based Detection Approach
Figure 4 for From 3D Point Clouds To Semantic Objects An Ontology-Based Detection Approach
Viaarxiv icon

From Quantitative Spatial Operator to Qualitative Spatial Relation Using Constructive Solid Geometry, Logic Rules and Optimized 9-IM Model, A Semantic Based Approach

Add code
Jan 21, 2013
Figure 1 for From Quantitative Spatial Operator to Qualitative Spatial Relation Using Constructive Solid Geometry, Logic Rules and Optimized 9-IM Model, A Semantic Based Approach
Figure 2 for From Quantitative Spatial Operator to Qualitative Spatial Relation Using Constructive Solid Geometry, Logic Rules and Optimized 9-IM Model, A Semantic Based Approach
Figure 3 for From Quantitative Spatial Operator to Qualitative Spatial Relation Using Constructive Solid Geometry, Logic Rules and Optimized 9-IM Model, A Semantic Based Approach
Figure 4 for From Quantitative Spatial Operator to Qualitative Spatial Relation Using Constructive Solid Geometry, Logic Rules and Optimized 9-IM Model, A Semantic Based Approach
Viaarxiv icon

Guidelines for a Dynamic Ontology - Integrating Tools of Evolution and Versioning in Ontology

Add code
Aug 08, 2012
Figure 1 for Guidelines for a Dynamic Ontology - Integrating Tools of Evolution and Versioning in Ontology
Viaarxiv icon