Training:Tutorial: Methods and Tools for Modular Ontology Modeling - Revision history

PascalHitzler: /* Morning */

2019-08-29T13:08:21Z

‎Morning

MdKamruzzamanSarker: /* Afternoon */

2018-10-08T20:45:15Z

‎Afternoon

KarlHammar: /* Coffee Break */

2018-09-14T11:48:29Z

‎Coffee Break

KarlHammar: /* Coffee Break */

2018-09-14T11:39:05Z

‎Coffee Break

KarlHammar: /* Coffee Break */

2018-09-14T11:31:23Z

‎Coffee Break

KarlHammar: /* Coffee Break */

2018-09-14T11:29:44Z

‎Coffee Break

MdKamruzzamanSarker: /* Afternoon */

2018-09-13T13:31:03Z

‎Afternoon

KarlHammar: /* Morning */

2018-09-04T11:17:02Z

‎Morning

KarlHammar: /* Morning */

2018-09-04T11:16:44Z

‎Morning

PascalHitzler: /* Afternoon */

2018-08-25T20:42:22Z

‎Afternoon

@@ Line 13: / Line 13: @@
 === Morning ===
-#    Introduction to ODPs and first pattern examples - Pascal Hitzler (~15 mins)<br/> We introduce the idea of modular ontology modeling using ODPs as templates and illustrate examples. [http://daselab.cs.wright.edu/pub2/2018-10-ISWC-tutorial-part1.pdf slides (pdf)]
+#    Introduction to ODPs and first pattern examples - Pascal Hitzler (~15 mins)<br/> We introduce the idea of modular ontology modeling using ODPs as templates and illustrate examples. [http://www.pascal-hitzler.de/pub2/2018-10-ISWC-tutorial-part1.pdf slides (pdf)]
-#    Worked example: Making a modular ontology for recipes - Pascal Hitzler (~45 mins)<br/> We present a worked example which progresses from a use case description to the design of the corresponding pattern-based ontology. The scenario is that of an ontology which could in principle feed a website which allows for fine-grained semantic search for cooking recipes across different recipe websites. [http://daselab.cs.wright.edu/pub2/2018-10-ISWC-tutorial-part2.pdf slides (pdf)] [http://daselab.cs.wright.edu/pub2/mom-recipes-example.pdf manuscript (pdf)]
+#    Worked example: Making a modular ontology for recipes - Pascal Hitzler (~45 mins)<br/> We present a worked example which progresses from a use case description to the design of the corresponding pattern-based ontology. The scenario is that of an ontology which could in principle feed a website which allows for fine-grained semantic search for cooking recipes across different recipe websites. [http://www.pascal-hitzler.de/pub2/2018-10-ISWC-tutorial-part2.pdf slides (pdf)] [http://www.pascal-hitzler.de/pub2/mom-recipes-example.pdf manuscript (pdf)]
 #    Worked example: design pattern use for veterinary epidemiology - Karl Hammar (~30 mins)<br/> The use of ontologies and SemWeb tech for biomedical purposes is well known, but recently applications within non-human biomedicine have also been developed. In this case an example from veterinary epidemiology is presented and discussed. [[Media:ISWC_2018_patterns_tutorial_part_3.pdf|Slides (pdf)]]
 ====== Coffee Break ======

@@ Line 22: / Line 22: @@
 #      Hands-on Session 2: OWLAx (OWL Axiomatizer) and ROWL (SWRL Rule to OWL Axiom Converter) - Md Kamruzzaman Sarker<br/> In this section, attendees practise creating modular ontologies with the support of OWLAx and ROWL. Both are Protege plugins. OWLAX is graphical interface which simplifies the creation of complete axiomatizations for ontologies; in particular it helps to make sure that simple standard axioms, which are easily forgotten by the modelers, are indeed added. OWLAx furthermore makes it possible to do so using a simple interface without the need of manually adding each axiom. ROWL complements OWLAx in that it provides support for the addition of complex axioms. It uses a rule-based interface, and a published ESWC2017 paper shows that it makes addition of complex axioms quicker and less error-prone compared with using the standard Protege interface.  At the beginning of the session we will give a brief introduction on the tools. Then attendees will practise creating some example ontologies. All tutors will present and available to help and guide the audience, and for answering their questions. [http://daselab.cs.wright.edu/pub2/2018-10-ISWC-tutorial-part3.pdf introduction slides (pdf)]    [https://dase.cs.wright.edu/content/ontology-axiomatization-support Installing OWLAx]    [https://dase.cs.wright.edu/content/modeling-owl-rules installing ROWL]
 ====== Coffee Break ======
 #  Hands-on Session 3: eXtreme Design for WebProtégé<br/> This session introduces a plugin to the well-known ontology engineering environment that allows users to find, visualise, instantiate, and align ontology design patterns or templates from web repositories. [[Media:20181008 - ISWC 2018 Tutorial - Introduction to XD and XDP.pdf|Presentation slides]], [[Media:2018-10-08-ISWC-Tutorial-XDP-HandsOn-Instructions.txt|Tutorial overview and instructions]], [http://karlhammar.com/data/2018/10/2018-10-08-ISWC-Tutorial-XDP-HandsOn-Data.zip Tutorial data]

@@ Line 23: / Line 23: @@
 #      Hands-on Session 2: OWLAx (OWL Axiomatizer) and ROWL (SWRL Rule to OWL Axiom Converter) - Md Kamruzzaman Sarker<br/> In this section, attendees practise creating modular ontologies with the support of OWLAx and ROWL. Both are Protege plugins. OWLAX is graphical interface which simplifies the creation of complete axiomatizations for ontologies; in particular it helps to make sure that simple standard axioms, which are easily forgotten by the modelers, are indeed added. OWLAx furthermore makes it possible to do so using a simple interface without the need of manually adding each axiom. ROWL complements OWLAx in that it provides support for the addition of complex axioms. It uses a rule-based interface, and a published ESWC2017 paper shows that it makes addition of complex axioms quicker and less error-prone compared with using the standard Protege interface.  At the beginning of the session we will give a brief introduction on the tools. Then attendees will practise creating some example ontologies. All tutors will present and available to help and guide the audience, and for answering their questions. [http://daselab.cs.wright.edu/pub2/2018-10-ISWC-tutorial-part3.pdf introduction slides (pdf)]    [https://dase.cs.wright.edu/content/ontology-axiomatization-support Installing OWLAx]    [https://dase.cs.wright.edu/content/modeling-owl-rules installing ROWL]
 ====== Coffee Break ======
-#  Hands-on Session 3: eXtreme Design for WebProtégé<br/> This session introduces a plugin to the well-known ontology engineering environment that allows users to find, visualise, instantiate, and align ontology design patterns or templates from web repositories. [[Media:2018-10-08-ISWC-Tutorial-XDP-HandsOn-Instructions.txt|Tutorial overview and instructions]], [http://karlhammar.com/data/2018/10/2018-10-08-ISWC-Tutorial-XDP-HandsOn-Data.zip Tutorial data]
+#  Hands-on Session 3: eXtreme Design for WebProtégé<br/> This session introduces a plugin to the well-known ontology engineering environment that allows users to find, visualise, instantiate, and align ontology design patterns or templates from web repositories. [[Media:20181008 - ISWC 2018 Tutorial - Introduction to XD and XDP.pdf|Presentation slides]], [[Media:2018-10-08-ISWC-Tutorial-XDP-HandsOn-Instructions.txt|Tutorial overview and instructions]], [http://karlhammar.com/data/2018/10/2018-10-08-ISWC-Tutorial-XDP-HandsOn-Data.zip Tutorial data]
 == Presenters ==

@@ Line 23: / Line 23: @@
 #      Hands-on Session 2: OWLAx (OWL Axiomatizer) and ROWL (SWRL Rule to OWL Axiom Converter) - Md Kamruzzaman Sarker<br/> In this section, attendees practise creating modular ontologies with the support of OWLAx and ROWL. Both are Protege plugins. OWLAX is graphical interface which simplifies the creation of complete axiomatizations for ontologies; in particular it helps to make sure that simple standard axioms, which are easily forgotten by the modelers, are indeed added. OWLAx furthermore makes it possible to do so using a simple interface without the need of manually adding each axiom. ROWL complements OWLAx in that it provides support for the addition of complex axioms. It uses a rule-based interface, and a published ESWC2017 paper shows that it makes addition of complex axioms quicker and less error-prone compared with using the standard Protege interface.  At the beginning of the session we will give a brief introduction on the tools. Then attendees will practise creating some example ontologies. All tutors will present and available to help and guide the audience, and for answering their questions. [http://daselab.cs.wright.edu/pub2/2018-10-ISWC-tutorial-part3.pdf introduction slides (pdf)]    [https://dase.cs.wright.edu/content/ontology-axiomatization-support Installing OWLAx]    [https://dase.cs.wright.edu/content/modeling-owl-rules installing ROWL]
 ====== Coffee Break ======
-#  Hands-on Session 3: eXtreme Design for WebProtégé<br/> This session introduces a plugin to the well-known ontology engineering environment that allows users to find, visualise, instantiate, and align ontology design patterns or templates from web repositories. [[Media:2018-10-08-ISWC-Tutorial-XDP-HandsOn-Instructions.txt|Tutorial overview and instructions]], [http://karlhammar.com/ontologies/2018/10/2018-10-08-ISWC-Tutorial-XDP-HandsOn-Data.zip Tutorial data]
+#  Hands-on Session 3: eXtreme Design for WebProtégé<br/> This session introduces a plugin to the well-known ontology engineering environment that allows users to find, visualise, instantiate, and align ontology design patterns or templates from web repositories. [[Media:2018-10-08-ISWC-Tutorial-XDP-HandsOn-Instructions.txt|Tutorial overview and instructions]], [http://karlhammar.com/data/2018/10/2018-10-08-ISWC-Tutorial-XDP-HandsOn-Data.zip Tutorial data]
 == Presenters ==

@@ Line 23: / Line 23: @@
 #      Hands-on Session 2: OWLAx (OWL Axiomatizer) and ROWL (SWRL Rule to OWL Axiom Converter) - Md Kamruzzaman Sarker<br/> In this section, attendees practise creating modular ontologies with the support of OWLAx and ROWL. Both are Protege plugins. OWLAX is graphical interface which simplifies the creation of complete axiomatizations for ontologies; in particular it helps to make sure that simple standard axioms, which are easily forgotten by the modelers, are indeed added. OWLAx furthermore makes it possible to do so using a simple interface without the need of manually adding each axiom. ROWL complements OWLAx in that it provides support for the addition of complex axioms. It uses a rule-based interface, and a published ESWC2017 paper shows that it makes addition of complex axioms quicker and less error-prone compared with using the standard Protege interface.  At the beginning of the session we will give a brief introduction on the tools. Then attendees will practise creating some example ontologies. All tutors will present and available to help and guide the audience, and for answering their questions. [http://daselab.cs.wright.edu/pub2/2018-10-ISWC-tutorial-part3.pdf introduction slides (pdf)]    [https://dase.cs.wright.edu/content/ontology-axiomatization-support Installing OWLAx]    [https://dase.cs.wright.edu/content/modeling-owl-rules installing ROWL]
 ====== Coffee Break ======
-#  Hands-on Session 3: eXtreme Design for WebProtégé<br/> This session introduces a plugin to the well-known ontology engineering environment that allows users to find, visualise, instantiate, and align ontology design patterns or templates from web repositories.
+#  Hands-on Session 3: eXtreme Design for WebProtégé<br/> This session introduces a plugin to the well-known ontology engineering environment that allows users to find, visualise, instantiate, and align ontology design patterns or templates from web repositories. [[Media:2018-10-08-ISWC-Tutorial-XDP-HandsOn-Instructions.txt|Tutorial overview and instructions]], [http://karlhammar.com/ontologies/2018/10/2018-10-08-ISWC-Tutorial-XDP-HandsOn-Data.zip Tutorial data]
 == Presenters ==

@@ Line 15: / Line 15: @@
 #    Introduction to ODPs and first pattern examples - Pascal Hitzler (~15 mins)<br/> We introduce the idea of modular ontology modeling using ODPs as templates and illustrate examples. [http://daselab.cs.wright.edu/pub2/2018-10-ISWC-tutorial-part1.pdf slides (pdf)]
 #    Worked example: Making a modular ontology for recipes - Pascal Hitzler (~45 mins)<br/> We present a worked example which progresses from a use case description to the design of the corresponding pattern-based ontology. The scenario is that of an ontology which could in principle feed a website which allows for fine-grained semantic search for cooking recipes across different recipe websites. [http://daselab.cs.wright.edu/pub2/2018-10-ISWC-tutorial-part2.pdf slides (pdf)] [http://daselab.cs.wright.edu/pub2/mom-recipes-example.pdf manuscript (pdf)]
-#    Worked example: design pattern use for veterinary epidemiology - Karl Hammar (~30 mins)<br/> The use of ontologies and SemWeb tech for biomedical purposes is well known, but recently applications within non-human biomedicine have also been developed. In this case an example from veterinary epidemiology is presented and discussed. Such cross-species use requires rethinking common-sense assumptions about reusability and patterns.
+#    Worked example: design pattern use for veterinary epidemiology - Karl Hammar (~30 mins)<br/> The use of ontologies and SemWeb tech for biomedical purposes is well known, but recently applications within non-human biomedicine have also been developed. In this case an example from veterinary epidemiology is presented and discussed. [[Media:ISWC_2018_patterns_tutorial_part_3.pdf|Slides(pdf)]]
 ====== Coffee Break ======
 #  Hands-on Session 1: OPLa, the OPLa Annotator, and SDOnt - Cogan Shimizu<br/>  In this section, we first describe the Ontology Design Pattern Representation Language (OPLa) and motivate its use. Having a simple and extendable representation language to indicate the relationship between patterns, especially when modularizing a pattern is critical to embracing ontology reuse. We present an annotation tool to facilitate adoption of OPLa. Finally, we present SDOnt, a new tool for generating schema diagrams from OWL files. We have seen that many OWL files on ontologydesignpatterns.org are malformed or incorrect with respect to their reference diagrams. SDOnt provides a dynamic method for incrementally generating schema diagrams during the engineering process.