'Ontology Design Patterns' - User contributions [en]

WOP:2018

2018-07-13T16:01:11Z

YingjieHu: /* Venue and dates */

= 9th Workshop on Ontology Design and Patterns - WOP2018 =

This is the ninth edition in a series of workshops addressing the topic of '''ontology and semantic web patterns as best practices''', related to the [[Ontology_Design_Patterns_._org_(ODP) |''ontologydesignpatterns.org'']] initiative.

The Workshop on Ontology Design and Patterns targets topics relating to high quality ontology design. The workshop series addresses topics centered around quality in ontology design as well as ontology design patterns (ODP) in Semantic Web data and ontology engineering. ODPs have seen a sharp rise in attention in the past few years, both pertaining to this workshop series and other related events. Patterns can benefit knowledge engineers and Semantic Web developers with a direct link to requirements, reuse, guidance, and better communication. They need to be shared by a community in order to provide a common language, hence the aim of this workshop is twofold: 1) providing an arena for discussing patterns, pattern-based ontologies, systems, datasets, etc., and 2) broadening the pattern community by developing its own 'discourse' for discussing and describing relevant problems and their solutions. Related to the latter aim we see that it is an opportune time to open up the workshop to other approaches focusing on high quality ontology design, e.g. other methods and tools, with the intention to cross-fertilise these with the ODP idea.

For more background on the workshop series, see the [[WOP:Main | main page]].

WOP2018 is a ''full-day workshop'' consisting of three parts: paper presentations, pattern presentations and posters, and an interactive pattern writing and/or discussion session. The poster session will feature pattern posters, i.e. presentations of patterns submitted according the [[WOP:2018#Call_for_Patterns| call for patterns]].

__TOC__

== Venue and dates ==
The ninth edition of WOP will be held in conjunction with [http://iswc2018.semanticweb.org ISWC 2018] in Monterey, California ,USA, on 9th of October 2018.

== WOP 2018 Program ==

'''Venue:''' TBD

=== Paper presentations session ===

* Keynote talk
* Research paper presentations
* Coffee break
* Research paper presentations continued

=== Lunch ===

=== Poster session ===

=== Breakouts session ===

* Breakout sessions
* Coffee break
* Breakout sessions continued
* Breaktout session reports

=== Social Dinner ===

'''TBD'''

== Call for Papers - Topics ==
Submission of research papers (including position papers) is via the [https://easychair.org/conferences/?conf=wop2018 WOP 2018 EasyChair] page. Detailed submission instructions can be found on the [[WOP:2018/Submission | WOP 2018 submission page]].

The main aim of the workshop is to discuss and collect solutions to recurrent problems that matter to researchers and practitioners of the Semantic Web field, and that impact on design and engineering of ontologies, linked data, knowledge extraction, and other semantic web applications. We invite the submission of original research results related to the focus areas of the workshop. '''Research papers (maximum 15 pages LNCS style)''' should present mature work and document established results. '''Short papers (maximum 5 pages LNCS style)''' may present proposed research directions, novel ideas, or more general positions or discussions.

We particularly welcome contributions considering how one can develop high-quality ontologies in general, with or without the help of ODPs. Nevertheless, as usual we also welcome pattern descriptions of all sorts, including patterns geared towards applications in specific domains, such as geosciences, biomedical science, as well as digital humanities. The main topics of interest are:

* Ontology design patterns, analyses of ODP use, and analyses of pattern-based ontologies
* Correspondence patterns for ontology matching and integration
* Knowledge patterns and knowledge reengineering based on patterns
* Antipatterns and their relations to ODPs
* Methods and tools for developing high-quality ontologies, including ontology engineering by domain experts
* Analyses of quality attributes in ontologies and ontology engineering, and quality assurance approaches for ontology engineering
* Pattern-based ontology design and knowledge engineering
* Pattern-based ontology evaluation and selection
* Ontology pattern extraction
* Pattern-based information extraction, ontology learning, and relation to NLP
* Patterns and Linked data (usage, emerging patterns, pattern-driven data publishing, etc.)
* Quality assurance for Linked Data vocabularies
* Web semantics from a pattern perspective
* Reasoning with, or using, patterns
* Contextual reasoning and patterns as context
* Pattern-based methods and methodologies for development of semantic applications
* Patterns for streaming data and evolving knowledge, as well as processes and services
* Patterns for Big Data integration, data lakes, conceptual modeling, ontology-based data access, and business intelligence
* Patterns in semantic social networks, semantic wikis, semantic blogs
* ODPs development and use in specific domains including geosciences, life sciences, digital humanities, cultural heritage, e-history, IoT, smart homes & cities, smart agriculture etc.

== Call for Patterns ==
Submissions should be made via the [https://easychair.org/conferences/?conf=wop2018 WOP 2018 EasyChair] page. Detailed instructions for submitting your pattern can be found at the [[WOP:2018/Submission | WOP 2018 submission page]].

We invite the submission of research results in the form of ontology design patterns (ODPs).
Patterns submitted should have a general relevance to the ontology engineering field, or specific interest within a knowledge domain. Patterns should solve some particular modelling problem, and be of significant interest for discussion at the workshop. Patterns should be original, in the sense that they are the intellectual product of the author(s), however they may still be based on the collective experience of a community.

Pattern submissions for the pattern session will be collected:

* through the [http://ontologydesignpatterns.org/wiki/Submissions:SubmitAPattern ODP portal] and
* by submitting a description of the pattern (pattern description) via EasyChair.

Detailed instructions for patterns submission, including how to submit via the ontologydesignpatterns.org portal, are found at the [[WOP:2018/Submission | submission page]]. Note that an account in the ODP portal is needed for submitting patterns; thus, authors should take care to request an account at least one week before their intended submission.

Pattern submissions can be made in any type of ODPs. Currently, portal templates for submission are provided for the following types of patterns (see general [[OPTypes|typology]] for explanation of the types):

* Content patterns
* Structural patterns: logical and architecture patterns.
* Correspondence patterns: re-engineering and alignment patterns.

For other types of patterns, the author is welcome to submit only a pattern description.

== Submission and Important Dates ==
Submissions should be made via the [https://easychair.org/conferences/?conf=wop2018 WOP 2018 EasyChair] page. Submissions should be in the Springer Lecture Notes in Computer Science (LNCS) format. [ftp://ftp.springer.de/pub/tex/latex/llncs/latex2e/llncs2e.zip Latex] and [ftp://ftp.springer.de/pub/tex/latex/llncs/word/splnproc1703.zip Word] templates are available. Detailed submission requirements can be found on the [[WOP:2018/Submission | WOP 2018 submission page]].

=== Important dates ===
* Abstract submission (required): <strike>May 25th,</strike> June 5th, 2018
* Submission date: <strike>June 1st,</strike> June 11th, 2018
* Author notifications: June 27th, 2018
* Camera-ready papers: July 20th, 2018
* Workshops will be held on: 8th or 9th of October, 2018 (TBD)

=== Best Poster Award ===
The best poster award for WOP 2018 is awarded based on voting by the workshop chairs (excluding those workshop chairs who themselves authored or co-authored a poster). The best poster award takes into account criteria such as the quality of the submission, the relevance and significance of patterns or pattern usages presented, the presentation of the poster during the session, and the level of involvement of the author during the revision phase and poster session discussions during the workshop.

==Proceedings==

WOP 2018 proceedings will be published via [http://ceur-ws.org CEUR Workshop Proceedings].

== WOP Organisation ==

==== WOP2018 Chairs ====

* Chairs:
** [http://www.cs.put.poznan.pl/alawrynowicz Agnieszka Ławrynowicz], Poznan University of Technology, Poland (general chair)
** [http://folk.uio.no/martige Martin G. Skjæveland], University of Oslo, Norway (papers co-chair)
** [http://volweb.utk.edu/~yhu21 Yingjie Hu], University of Tennessee, Knoxville, USA (papers co-chair)
** [http://www.karlhammar.com Karl Hammar], Jönköping University, Sweden (patterns co-chair)
** [http://nb.vse.cz/~svatek/welcom_e.htm Vojtěch Svátek], University of Economics, Prague, Czech Republic (patterns co-chair)

For general inquiries, please contact [http://www.cs.put.poznan.pl/alawrynowicz Agnieszka Ławrynowicz]

==== Steering Committee ====

The WOP Steering committee - the [http://ontologydesignpatterns.org/wiki/ODPA Board of the Association of Ontology Design and Patterns] - consists of:

Regular members:

* Eva Blomqvist, Linköping University (chair)
* Pascal Hitzler, Wright State University (vice chair)
* Valentina Presutti, ISTC-CNR (vice chair)
* Aldo Gangemi, ISTC-CNR
* Krzysztof Janowicz, University of California, Santa Barbara
* Agnieszka Lawrynowicz, Poznan University of Technology
* Adila Krisnadhi, Wright State University

Members with special appointments:

* Andrea Nuzzolese, ISTC-CNR
* Karl Hammar, Jönköping University

==== Program Committee ====

'''Luigi Asprino''' University of Bologna and STLab (ISTC-CNR) 
'''Gary Berg-Cross''' Ontolog 
'''Marilena Daquino''' University of Bologna 
'''Mauro Dragoni''' Fondazione Bruno Kessler - FBK-IRST 
'''Chen-Chieh Feng''' National University of Singapore 
'''Krzysztof Janowicz''' University of California, Santa Barbara 
'''Tomi Kauppinen''' Department of Computer Science, Aalto University School of Science 
'''Adila A. Krisnadhi''' Universitas Indonesia 
'''Johan Wilhelm Kluewer''' Det Norske Veritas (DNV) 
'''Piotr Kulicki''' John Paul II Catholic University of Lublin 
'''Jose Emilio Labra Gayo''' Universidad de Oviedo 
'''Steffen Lohmann''' Fraunhofer 
'''Raul Palma''' Poznan Supercomputing and Networking Center 
'''María Poveda-Villalón''' Ontology Engineering Group. Departamento de Inteligencia Artificial. Universidad Politécnica de Madrid 
'''Cogan Shimizu''' Wright State University 
'''Alexandre Sorokine''' ORNL 
'''Gem Stapleton''' University of Brighton 
'''Mari Carmen Suárez-Figueroa''' Universidad Politécnica de Madrid 
'''Monika Solanki''' University of Oxford 
'''Vladimir Tarasov''' Jönkoping University 
'''Evgenij Thorstensen''' Dept. of Informatics, University of Oslo 
'''Samson Tu''' Stanford University 
'''Dalia Varanka''' Johns Hopkins University 
'''Charles Vardeman Ii''' University of Notre Dame 

[[Category:Event]]
[[Category:WOP]]
{{Event
|Name=WOP 2018
|HasStartDate=2018/10/08
|HasEndDate=2018/10/09
}}
{{Submission deadline
|deadline=2018/06/01
|expired=TBA
|intime=TBA
}}

WOP:2018

2018-06-28T01:02:44Z

YingjieHu: /* Important dates */

= 9th Workshop on Ontology Design and Patterns - WOP2018 =

This is the ninth edition in a series of workshops addressing the topic of '''ontology and semantic web patterns as best practices''', related to the [[Ontology_Design_Patterns_._org_(ODP) |''ontologydesignpatterns.org'']] initiative.

The Workshop on Ontology Design and Patterns targets topics relating to high quality ontology design. The workshop series addresses topics centered around quality in ontology design as well as ontology design patterns (ODP) in Semantic Web data and ontology engineering. ODPs have seen a sharp rise in attention in the past few years, both pertaining to this workshop series and other related events. Patterns can benefit knowledge engineers and Semantic Web developers with a direct link to requirements, reuse, guidance, and better communication. They need to be shared by a community in order to provide a common language, hence the aim of this workshop is twofold: 1) providing an arena for discussing patterns, pattern-based ontologies, systems, datasets, etc., and 2) broadening the pattern community by developing its own 'discourse' for discussing and describing relevant problems and their solutions. Related to the latter aim we see that it is an opportune time to open up the workshop to other approaches focusing on high quality ontology design, e.g. other methods and tools, with the intention to cross-fertilise these with the ODP idea.

For more background on the workshop series, see the [[WOP:Main | main page]].

WOP2018 is a ''full-day workshop'' consisting of three parts: paper presentations, pattern presentations and posters, and an interactive pattern writing and/or discussion session. The poster session will feature pattern posters, i.e. presentations of patterns submitted according the [[WOP:2018#Call_for_Patterns| call for patterns]].

__TOC__

== Venue and dates ==
The ninth edition of WOP will be held in conjunction with [http://iswc2018.semanticweb.org ISWC 2018] in Monterey, California ,USA, on 8th or 9th of October 2018.

== WOP 2018 Program ==

'''Venue:''' TBD

=== Paper presentations session ===

* Keynote talk
* Research paper presentations
* Coffee break
* Research paper presentations continued

=== Lunch ===

=== Poster session ===

=== Breakouts session ===

* Breakout sessions
* Coffee break
* Breakout sessions continued
* Breaktout session reports

=== Social Dinner ===

'''TBD'''

== Call for Papers - Topics ==
Submission of research papers (including position papers) is via the [https://easychair.org/conferences/?conf=wop2018 WOP 2018 EasyChair] page. Detailed submission instructions can be found on the [[WOP:2018/Submission | WOP 2018 submission page]].

The main aim of the workshop is to discuss and collect solutions to recurrent problems that matter to researchers and practitioners of the Semantic Web field, and that impact on design and engineering of ontologies, linked data, knowledge extraction, and other semantic web applications. We invite the submission of original research results related to the focus areas of the workshop. '''Research papers (maximum 15 pages LNCS style)''' should present mature work and document established results. '''Short papers (maximum 5 pages LNCS style)''' may present proposed research directions, novel ideas, or more general positions or discussions.

We particularly welcome contributions considering how one can develop high-quality ontologies in general, with or without the help of ODPs. Nevertheless, as usual we also welcome pattern descriptions of all sorts, including patterns geared towards applications in specific domains, such as geosciences, biomedical science, as well as digital humanities. The main topics of interest are:

* Ontology design patterns, analyses of ODP use, and analyses of pattern-based ontologies
* Correspondence patterns for ontology matching and integration
* Knowledge patterns and knowledge reengineering based on patterns
* Antipatterns and their relations to ODPs
* Methods and tools for developing high-quality ontologies, including ontology engineering by domain experts
* Analyses of quality attributes in ontologies and ontology engineering, and quality assurance approaches for ontology engineering
* Pattern-based ontology design and knowledge engineering
* Pattern-based ontology evaluation and selection
* Ontology pattern extraction
* Pattern-based information extraction, ontology learning, and relation to NLP
* Patterns and Linked data (usage, emerging patterns, pattern-driven data publishing, etc.)
* Quality assurance for Linked Data vocabularies
* Web semantics from a pattern perspective
* Reasoning with, or using, patterns
* Contextual reasoning and patterns as context
* Pattern-based methods and methodologies for development of semantic applications
* Patterns for streaming data and evolving knowledge, as well as processes and services
* Patterns for Big Data integration, data lakes, conceptual modeling, ontology-based data access, and business intelligence
* Patterns in semantic social networks, semantic wikis, semantic blogs
* ODPs development and use in specific domains including geosciences, life sciences, digital humanities, cultural heritage, e-history, IoT, smart homes & cities, smart agriculture etc.

== Call for Patterns ==
Submissions should be made via the [https://easychair.org/conferences/?conf=wop2018 WOP 2018 EasyChair] page. Detailed instructions for submitting your pattern can be found at the [[WOP:2018/Submission | WOP 2018 submission page]].

We invite the submission of research results in the form of ontology design patterns (ODPs).
Patterns submitted should have a general relevance to the ontology engineering field, or specific interest within a knowledge domain. Patterns should solve some particular modelling problem, and be of significant interest for discussion at the workshop. Patterns should be original, in the sense that they are the intellectual product of the author(s), however they may still be based on the collective experience of a community.

Pattern submissions for the pattern session will be collected:

* through the [http://ontologydesignpatterns.org/wiki/Submissions:SubmitAPattern ODP portal] and
* by submitting a description of the pattern (pattern description) via EasyChair.

Detailed instructions for patterns submission, including how to submit via the ontologydesignpatterns.org portal, are found at the [[WOP:2018/Submission | submission page]]. Note that an account in the ODP portal is needed for submitting patterns; thus, authors should take care to request an account at least one week before their intended submission.

Pattern submissions can be made in any type of ODPs. Currently, portal templates for submission are provided for the following types of patterns (see general [[OPTypes|typology]] for explanation of the types):

* Content patterns
* Structural patterns: logical and architecture patterns.
* Correspondence patterns: re-engineering and alignment patterns.

For other types of patterns, the author is welcome to submit only a pattern description.

== Submission and Important Dates ==
Submissions should be made via the [https://easychair.org/conferences/?conf=wop2018 WOP 2018 EasyChair] page. Submissions should be in the Springer Lecture Notes in Computer Science (LNCS) format. [ftp://ftp.springer.de/pub/tex/latex/llncs/latex2e/llncs2e.zip Latex] and [ftp://ftp.springer.de/pub/tex/latex/llncs/word/splnproc1703.zip Word] templates are available. Detailed submission requirements can be found on the [[WOP:2018/Submission | WOP 2018 submission page]].

=== Important dates ===
* Abstract submission (required): <strike>May 25th,</strike> June 5th, 2018
* Submission date: <strike>June 1st,</strike> June 11th, 2018
* Author notifications: June 27th, 2018
* Camera-ready papers: July 20th, 2018
* Workshops will be held on: 8th or 9th of October, 2018 (TBD)

=== Best Poster Award ===
The best poster award for WOP 2018 is awarded based on voting by the workshop chairs (excluding those workshop chairs who themselves authored or co-authored a poster). The best poster award takes into account criteria such as the quality of the submission, the relevance and significance of patterns or pattern usages presented, the presentation of the poster during the session, and the level of involvement of the author during the revision phase and poster session discussions during the workshop.

==Proceedings==

WOP 2018 proceedings will be published via [http://ceur-ws.org CEUR Workshop Proceedings].

== WOP Organisation ==

==== WOP2018 Chairs ====

* Chairs:
** [http://www.cs.put.poznan.pl/alawrynowicz Agnieszka Ławrynowicz], Poznan University of Technology, Poland (general chair)
** [http://folk.uio.no/martige Martin G. Skjæveland], University of Oslo, Norway (papers co-chair)
** [http://volweb.utk.edu/~yhu21 Yingjie Hu], University of Tennessee, Knoxville, USA (papers co-chair)
** [http://www.karlhammar.com Karl Hammar], Jönköping University, Sweden (patterns co-chair)
** [http://nb.vse.cz/~svatek/welcom_e.htm Vojtěch Svátek], University of Economics, Prague, Czech Republic (patterns co-chair)

For general inquiries, please contact [http://www.cs.put.poznan.pl/alawrynowicz Agnieszka Ławrynowicz]

==== Steering Committee ====

The WOP Steering committee - the [http://ontologydesignpatterns.org/wiki/ODPA Board of the Association of Ontology Design and Patterns] - consists of:

Regular members:

* Eva Blomqvist, Linköping University (chair)
* Pascal Hitzler, Wright State University (vice chair)
* Valentina Presutti, ISTC-CNR (vice chair)
* Aldo Gangemi, ISTC-CNR
* Krzysztof Janowicz, University of California, Santa Barbara
* Agnieszka Lawrynowicz, Poznan University of Technology
* Adila Krisnadhi, Wright State University

Members with special appointments:

* Andrea Nuzzolese, ISTC-CNR
* Karl Hammar, Jönköping University

==== Program Committee ====

'''Luigi Asprino''' University of Bologna and STLab (ISTC-CNR) 
'''Gary Berg-Cross''' Ontolog 
'''Marilena Daquino''' University of Bologna 
'''Mauro Dragoni''' Fondazione Bruno Kessler - FBK-IRST 
'''Chen-Chieh Feng''' National University of Singapore 
'''Krzysztof Janowicz''' University of California, Santa Barbara 
'''Tomi Kauppinen''' Department of Computer Science, Aalto University School of Science 
'''Adila A. Krisnadhi''' Universitas Indonesia 
'''Johan Wilhelm Kluewer''' Det Norske Veritas (DNV) 
'''Piotr Kulicki''' John Paul II Catholic University of Lublin 
'''Jose Emilio Labra Gayo''' Universidad de Oviedo 
'''Steffen Lohmann''' Fraunhofer 
'''Raul Palma''' Poznan Supercomputing and Networking Center 
'''María Poveda-Villalón''' Ontology Engineering Group. Departamento de Inteligencia Artificial. Universidad Politécnica de Madrid 
'''Cogan Shimizu''' Wright State University 
'''Alexandre Sorokine''' ORNL 
'''Gem Stapleton''' University of Brighton 
'''Mari Carmen Suárez-Figueroa''' Universidad Politécnica de Madrid 
'''Monika Solanki''' University of Oxford 
'''Vladimir Tarasov''' Jönkoping University 
'''Evgenij Thorstensen''' Dept. of Informatics, University of Oslo 
'''Samson Tu''' Stanford University 
'''Dalia Varanka''' Johns Hopkins University 
'''Charles Vardeman Ii''' University of Notre Dame 

[[Category:Event]]
[[Category:WOP]]
{{Event
|Name=WOP 2018
|HasStartDate=2018/10/08
|HasEndDate=2018/10/09
}}
{{Submission deadline
|deadline=2018/06/01
|expired=TBA
|intime=TBA
}}

WOP:2018

2018-05-31T00:46:30Z

YingjieHu: /* Important dates */

= 9th Workshop on Ontology Design and Patterns - WOP2018 =

This is the ninth edition in a series of workshops addressing the topic of '''ontology and semantic web patterns as best practices''', related to the [[Ontology_Design_Patterns_._org_(ODP) |''ontologydesignpatterns.org'']] initiative.

The Workshop on Ontology Design and Patterns targets topics relating to high quality ontology design. The workshop series addresses topics centered around quality in ontology design as well as ontology design patterns (ODP) in Semantic Web data and ontology engineering. ODPs have seen a sharp rise in attention in the past few years, both pertaining to this workshop series and other related events. Patterns can benefit knowledge engineers and Semantic Web developers with a direct link to requirements, reuse, guidance, and better communication. They need to be shared by a community in order to provide a common language, hence the aim of this workshop is twofold: 1) providing an arena for discussing patterns, pattern-based ontologies, systems, datasets, etc., and 2) broadening the pattern community by developing its own 'discourse' for discussing and describing relevant problems and their solutions. Related to the latter aim we see that it is an opportune time to open up the workshop to other approaches focusing on high quality ontology design, e.g. other methods and tools, with the intention to cross-fertilise these with the ODP idea.

For more background on the workshop series, see the [[WOP:Main | main page]].

WOP2018 is a ''full-day workshop'' consisting of three parts: paper presentations, pattern presentations and posters, and an interactive pattern writing and/or discussion session. The poster session will feature pattern posters, i.e. presentations of patterns submitted according the [[WOP:2018#Call_for_Patterns| call for patterns]].

__TOC__

== Venue and dates ==
The ninth edition of WOP will be held in conjunction with [http://iswc2018.semanticweb.org ISWC 2018] in Monterey, California ,USA, on 8th or 9th of October 2018.

== WOP 2018 Program ==

'''Venue:''' TBD

=== Paper presentations session ===

* Keynote talk
* Research paper presentations
* Coffee break
* Research paper presentations continued

=== Lunch ===

=== Poster session ===

=== Breakouts session ===

* Breakout sessions
* Coffee break
* Breakout sessions continued
* Breaktout session reports

=== Social Dinner ===

'''TBD'''

== Call for Papers - Topics ==
Submission of research papers (including position papers) is via the [https://easychair.org/conferences/?conf=wop2018 WOP 2018 EasyChair] page. Detailed submission instructions can be found on the [[WOP:2018/Submission | WOP 2018 submission page]].

The main aim of the workshop is to discuss and collect solutions to recurrent problems that matter to researchers and practitioners of the Semantic Web field, and that impact on design and engineering of ontologies, linked data, knowledge extraction, and other semantic web applications. We invite the submission of original research results related to the focus areas of the workshop. '''Research papers (maximum 15 pages LNCS style)''' should present mature work and document established results. '''Short papers (maximum 5 pages LNCS style)''' may present proposed research directions, novel ideas, or more general positions or discussions.

We particularly welcome contributions considering how one can develop high-quality ontologies in general, with or without the help of ODPs. Nevertheless, as usual we also welcome pattern descriptions of all sorts, including patterns geared towards applications in specific domains, such as geosciences, biomedical science, as well as digital humanities. The main topics of interest are:

* Ontology design patterns, analyses of ODP use, and analyses of pattern-based ontologies
* Correspondence patterns for ontology matching and integration
* Knowledge patterns and knowledge reengineering based on patterns
* Antipatterns and their relations to ODPs
* Methods and tools for developing high-quality ontologies, including ontology engineering by domain experts
* Analyses of quality attributes in ontologies and ontology engineering, and quality assurance approaches for ontology engineering
* Pattern-based ontology design and knowledge engineering
* Pattern-based ontology evaluation and selection
* Ontology pattern extraction
* Pattern-based information extraction, ontology learning, and relation to NLP
* Patterns and Linked data (usage, emerging patterns, pattern-driven data publishing, etc.)
* Quality assurance for Linked Data vocabularies
* Web semantics from a pattern perspective
* Reasoning with, or using, patterns
* Contextual reasoning and patterns as context
* Pattern-based methods and methodologies for development of semantic applications
* Patterns for streaming data and evolving knowledge, as well as processes and services
* Patterns for Big Data integration, data lakes, conceptual modeling, ontology-based data access, and business intelligence
* Patterns in semantic social networks, semantic wikis, semantic blogs
* ODPs development and use in specific domains including geosciences, life sciences, digital humanities, cultural heritage, e-history, IoT, smart homes & cities, smart agriculture etc.

== Call for Patterns ==
Submissions should be made via the [https://easychair.org/conferences/?conf=wop2018 WOP 2018 EasyChair] page. Detailed instructions for submitting your pattern can be found at the [[WOP:2018/Submission | WOP 2018 submission page]].

We invite the submission of research results in the form of ontology design patterns (ODPs).
Patterns submitted should have a general relevance to the ontology engineering field, or specific interest within a knowledge domain. Patterns should solve some particular modelling problem, and be of significant interest for discussion at the workshop. Patterns should be original, in the sense that they are the intellectual product of the author(s), however they may still be based on the collective experience of a community.

Pattern submissions for the pattern session will be collected:

* through the [http://ontologydesignpatterns.org/wiki/Submissions:SubmitAPattern ODP portal] and
* by submitting a description of the pattern (pattern description) via EasyChair.

Detailed instructions for patterns submission, including how to submit via the ontologydesignpatterns.org portal, are found at the [[WOP:2018/Submission | submission page]]. Note that an account in the ODP portal is needed for submitting patterns; thus, authors should take care to request an account at least one week before their intended submission.

Pattern submissions can be made in any type of ODPs. Currently, portal templates for submission are provided for the following types of patterns (see general [[OPTypes|typology]] for explanation of the types):

* Content patterns
* Structural patterns: logical and architecture patterns.
* Correspondence patterns: re-engineering and alignment patterns.

For other types of patterns, the author is welcome to submit only a pattern description.

== Submission and Important Dates ==
Submissions should be made via the [https://easychair.org/conferences/?conf=wop2018 WOP 2018 EasyChair] page. Submissions should be in the Springer Lecture Notes in Computer Science (LNCS) format. [ftp://ftp.springer.de/pub/tex/latex/llncs/latex2e/llncs2e.zip Latex] and [ftp://ftp.springer.de/pub/tex/latex/llncs/word/splnproc1703.zip Word] templates are available. Detailed submission requirements can be found on the [[WOP:2018/Submission | WOP 2018 submission page]].

=== Important dates ===
* Abstract submission (required): <strike>May 25th,</strike> June 5th, 2018
* Submission date: <strike>June 1st,</strike> June 11th, 2018
* Author notifications: June 27th, 2018
* Camera-ready papers:
* Workshops will be held on: 8th or 9th of October, 2018 (TBD)

=== Best Poster Award ===
The best poster award for WOP 2018 is awarded based on voting by the workshop chairs (excluding those workshop chairs who themselves authored or co-authored a poster). The best poster award takes into account criteria such as the quality of the submission, the relevance and significance of patterns or pattern usages presented, the presentation of the poster during the session, and the level of involvement of the author during the revision phase and poster session discussions during the workshop.

==Proceedings==

WOP 2018 proceedings will be published via [http://ceur-ws.org CEUR Workshop Proceedings].

== WOP Organisation ==

==== WOP2018 Chairs ====

* Chairs:
** [http://www.cs.put.poznan.pl/alawrynowicz Agnieszka Ławrynowicz], Poznan University of Technology, Poland (general chair)
** [http://folk.uio.no/martige Martin G. Skjæveland], University of Oslo, Norway (papers co-chair)
** [http://volweb.utk.edu/~yhu21 Yingjie Hu], University of Tennessee, Knoxville, USA (papers co-chair)
** [http://www.karlhammar.com Karl Hammar], Jönköping University, Sweden (patterns co-chair)
** [http://nb.vse.cz/~svatek/welcom_e.htm Vojtěch Svátek], University of Economics, Prague, Czech Republic (patterns co-chair)

For general inquiries, please contact [http://www.cs.put.poznan.pl/alawrynowicz Agnieszka Ławrynowicz]

==== Steering Committee ====

The WOP Steering committee - the [http://ontologydesignpatterns.org/wiki/ODPA Board of the Association of Ontology Design and Patterns] - consists of:

Regular members:

* Eva Blomqvist, Linköping University (chair)
* Pascal Hitzler, Wright State University (vice chair)
* Valentina Presutti, ISTC-CNR (vice chair)
* Aldo Gangemi, ISTC-CNR
* Krzysztof Janowicz, University of California, Santa Barbara
* Agnieszka Lawrynowicz, Poznan University of Technology
* Adila Krisnadhi, Wright State University

Members with special appointments:

* Andrea Nuzzolese, ISTC-CNR
* Karl Hammar, Jönköping University

==== Program Committee ====

'''Luigi Asprino''' University of Bologna and STLab (ISTC-CNR) 
'''Gary Berg-Cross''' Ontolog 
'''Marilena Daquino''' University of Bologna 
'''Mauro Dragoni''' Fondazione Bruno Kessler - FBK-IRST 
'''Chen-Chieh Feng''' National University of Singapore 
'''Krzysztof Janowicz''' University of California, Santa Barbara 
'''Tomi Kauppinen''' Department of Computer Science, Aalto University School of Science 
'''Adila A. Krisnadhi''' Universitas Indonesia 
'''Johan Wilhelm Kluewer''' Det Norske Veritas (DNV) 
'''Piotr Kulicki''' John Paul II Catholic University of Lublin 
'''Jose Emilio Labra Gayo''' Universidad de Oviedo 
'''Steffen Lohmann''' Fraunhofer 
'''Raul Palma''' Poznan Supercomputing and Networking Center 
'''María Poveda-Villalón''' Ontology Engineering Group. Departamento de Inteligencia Artificial. Universidad Politécnica de Madrid 
'''Cogan Shimizu''' Wright State University 
'''Alexandre Sorokine''' ORNL 
'''Gem Stapleton''' University of Brighton 
'''Mari Carmen Suárez-Figueroa''' Universidad Politécnica de Madrid 
'''Monika Solanki''' University of Oxford 
'''Vladimir Tarasov''' Jönkoping University 
'''Evgenij Thorstensen''' Dept. of Informatics, University of Oslo 
'''Samson Tu''' Stanford University 
'''Dalia Varanka''' Johns Hopkins University 
'''Charles Vardeman Ii''' University of Notre Dame 

[[Category:Event]]
[[Category:WOP]]
{{Event
|Name=WOP 2018
|HasStartDate=2018/10/08
|HasEndDate=2018/10/09
}}
{{Submission deadline
|deadline=2018/06/01
|expired=TBA
|intime=TBA
}}

WOP:2018

2018-05-31T00:45:37Z

YingjieHu: /* Important dates */

= 9th Workshop on Ontology Design and Patterns - WOP2018 =

This is the ninth edition in a series of workshops addressing the topic of '''ontology and semantic web patterns as best practices''', related to the [[Ontology_Design_Patterns_._org_(ODP) |''ontologydesignpatterns.org'']] initiative.

The Workshop on Ontology Design and Patterns targets topics relating to high quality ontology design. The workshop series addresses topics centered around quality in ontology design as well as ontology design patterns (ODP) in Semantic Web data and ontology engineering. ODPs have seen a sharp rise in attention in the past few years, both pertaining to this workshop series and other related events. Patterns can benefit knowledge engineers and Semantic Web developers with a direct link to requirements, reuse, guidance, and better communication. They need to be shared by a community in order to provide a common language, hence the aim of this workshop is twofold: 1) providing an arena for discussing patterns, pattern-based ontologies, systems, datasets, etc., and 2) broadening the pattern community by developing its own 'discourse' for discussing and describing relevant problems and their solutions. Related to the latter aim we see that it is an opportune time to open up the workshop to other approaches focusing on high quality ontology design, e.g. other methods and tools, with the intention to cross-fertilise these with the ODP idea.

For more background on the workshop series, see the [[WOP:Main | main page]].

WOP2018 is a ''full-day workshop'' consisting of three parts: paper presentations, pattern presentations and posters, and an interactive pattern writing and/or discussion session. The poster session will feature pattern posters, i.e. presentations of patterns submitted according the [[WOP:2018#Call_for_Patterns| call for patterns]].

__TOC__

== Venue and dates ==
The ninth edition of WOP will be held in conjunction with [http://iswc2018.semanticweb.org ISWC 2018] in Monterey, California ,USA, on 8th or 9th of October 2018.

== WOP 2018 Program ==

'''Venue:''' TBD

=== Paper presentations session ===

* Keynote talk
* Research paper presentations
* Coffee break
* Research paper presentations continued

=== Lunch ===

=== Poster session ===

=== Breakouts session ===

* Breakout sessions
* Coffee break
* Breakout sessions continued
* Breaktout session reports

=== Social Dinner ===

'''TBD'''

== Call for Papers - Topics ==
Submission of research papers (including position papers) is via the [https://easychair.org/conferences/?conf=wop2018 WOP 2018 EasyChair] page. Detailed submission instructions can be found on the [[WOP:2018/Submission | WOP 2018 submission page]].

The main aim of the workshop is to discuss and collect solutions to recurrent problems that matter to researchers and practitioners of the Semantic Web field, and that impact on design and engineering of ontologies, linked data, knowledge extraction, and other semantic web applications. We invite the submission of original research results related to the focus areas of the workshop. '''Research papers (maximum 15 pages LNCS style)''' should present mature work and document established results. '''Short papers (maximum 5 pages LNCS style)''' may present proposed research directions, novel ideas, or more general positions or discussions.

We particularly welcome contributions considering how one can develop high-quality ontologies in general, with or without the help of ODPs. Nevertheless, as usual we also welcome pattern descriptions of all sorts, including patterns geared towards applications in specific domains, such as geosciences, biomedical science, as well as digital humanities. The main topics of interest are:

* Ontology design patterns, analyses of ODP use, and analyses of pattern-based ontologies
* Correspondence patterns for ontology matching and integration
* Knowledge patterns and knowledge reengineering based on patterns
* Antipatterns and their relations to ODPs
* Methods and tools for developing high-quality ontologies, including ontology engineering by domain experts
* Analyses of quality attributes in ontologies and ontology engineering, and quality assurance approaches for ontology engineering
* Pattern-based ontology design and knowledge engineering
* Pattern-based ontology evaluation and selection
* Ontology pattern extraction
* Pattern-based information extraction, ontology learning, and relation to NLP
* Patterns and Linked data (usage, emerging patterns, pattern-driven data publishing, etc.)
* Quality assurance for Linked Data vocabularies
* Web semantics from a pattern perspective
* Reasoning with, or using, patterns
* Contextual reasoning and patterns as context
* Pattern-based methods and methodologies for development of semantic applications
* Patterns for streaming data and evolving knowledge, as well as processes and services
* Patterns for Big Data integration, data lakes, conceptual modeling, ontology-based data access, and business intelligence
* Patterns in semantic social networks, semantic wikis, semantic blogs
* ODPs development and use in specific domains including geosciences, life sciences, digital humanities, cultural heritage, e-history, IoT, smart homes & cities, smart agriculture etc.

== Call for Patterns ==
Submissions should be made via the [https://easychair.org/conferences/?conf=wop2018 WOP 2018 EasyChair] page. Detailed instructions for submitting your pattern can be found at the [[WOP:2018/Submission | WOP 2018 submission page]].

We invite the submission of research results in the form of ontology design patterns (ODPs).
Patterns submitted should have a general relevance to the ontology engineering field, or specific interest within a knowledge domain. Patterns should solve some particular modelling problem, and be of significant interest for discussion at the workshop. Patterns should be original, in the sense that they are the intellectual product of the author(s), however they may still be based on the collective experience of a community.

Pattern submissions for the pattern session will be collected:

* through the [http://ontologydesignpatterns.org/wiki/Submissions:SubmitAPattern ODP portal] and
* by submitting a description of the pattern (pattern description) via EasyChair.

Detailed instructions for patterns submission, including how to submit via the ontologydesignpatterns.org portal, are found at the [[WOP:2018/Submission | submission page]]. Note that an account in the ODP portal is needed for submitting patterns; thus, authors should take care to request an account at least one week before their intended submission.

Pattern submissions can be made in any type of ODPs. Currently, portal templates for submission are provided for the following types of patterns (see general [[OPTypes|typology]] for explanation of the types):

* Content patterns
* Structural patterns: logical and architecture patterns.
* Correspondence patterns: re-engineering and alignment patterns.

For other types of patterns, the author is welcome to submit only a pattern description.

== Submission and Important Dates ==
Submissions should be made via the [https://easychair.org/conferences/?conf=wop2018 WOP 2018 EasyChair] page. Submissions should be in the Springer Lecture Notes in Computer Science (LNCS) format. [ftp://ftp.springer.de/pub/tex/latex/llncs/latex2e/llncs2e.zip Latex] and [ftp://ftp.springer.de/pub/tex/latex/llncs/word/splnproc1703.zip Word] templates are available. Detailed submission requirements can be found on the [[WOP:2018/Submission | WOP 2018 submission page]].

=== Important dates ===
* Abstract submission (required): <strike>May 25th</strike>, 2018
* Submission date: June 1st, 2018
* Author notifications: June 27th, 2018
* Camera-ready papers:
* Workshops will be held on: 8th or 9th of October, 2018 (TBD)

=== Best Poster Award ===
The best poster award for WOP 2018 is awarded based on voting by the workshop chairs (excluding those workshop chairs who themselves authored or co-authored a poster). The best poster award takes into account criteria such as the quality of the submission, the relevance and significance of patterns or pattern usages presented, the presentation of the poster during the session, and the level of involvement of the author during the revision phase and poster session discussions during the workshop.

==Proceedings==

WOP 2018 proceedings will be published via [http://ceur-ws.org CEUR Workshop Proceedings].

== WOP Organisation ==

==== WOP2018 Chairs ====

* Chairs:
** [http://www.cs.put.poznan.pl/alawrynowicz Agnieszka Ławrynowicz], Poznan University of Technology, Poland (general chair)
** [http://folk.uio.no/martige Martin G. Skjæveland], University of Oslo, Norway (papers co-chair)
** [http://volweb.utk.edu/~yhu21 Yingjie Hu], University of Tennessee, Knoxville, USA (papers co-chair)
** [http://www.karlhammar.com Karl Hammar], Jönköping University, Sweden (patterns co-chair)
** [http://nb.vse.cz/~svatek/welcom_e.htm Vojtěch Svátek], University of Economics, Prague, Czech Republic (patterns co-chair)

For general inquiries, please contact [http://www.cs.put.poznan.pl/alawrynowicz Agnieszka Ławrynowicz]

==== Steering Committee ====

The WOP Steering committee - the [http://ontologydesignpatterns.org/wiki/ODPA Board of the Association of Ontology Design and Patterns] - consists of:

Regular members:

* Eva Blomqvist, Linköping University (chair)
* Pascal Hitzler, Wright State University (vice chair)
* Valentina Presutti, ISTC-CNR (vice chair)
* Aldo Gangemi, ISTC-CNR
* Krzysztof Janowicz, University of California, Santa Barbara
* Agnieszka Lawrynowicz, Poznan University of Technology
* Adila Krisnadhi, Wright State University

Members with special appointments:

* Andrea Nuzzolese, ISTC-CNR
* Karl Hammar, Jönköping University

==== Program Committee ====

'''Luigi Asprino''' University of Bologna and STLab (ISTC-CNR) 
'''Gary Berg-Cross''' Ontolog 
'''Marilena Daquino''' University of Bologna 
'''Mauro Dragoni''' Fondazione Bruno Kessler - FBK-IRST 
'''Chen-Chieh Feng''' National University of Singapore 
'''Krzysztof Janowicz''' University of California, Santa Barbara 
'''Tomi Kauppinen''' Department of Computer Science, Aalto University School of Science 
'''Adila A. Krisnadhi''' Universitas Indonesia 
'''Johan Wilhelm Kluewer''' Det Norske Veritas (DNV) 
'''Piotr Kulicki''' John Paul II Catholic University of Lublin 
'''Jose Emilio Labra Gayo''' Universidad de Oviedo 
'''Steffen Lohmann''' Fraunhofer 
'''Raul Palma''' Poznan Supercomputing and Networking Center 
'''María Poveda-Villalón''' Ontology Engineering Group. Departamento de Inteligencia Artificial. Universidad Politécnica de Madrid 
'''Cogan Shimizu''' Wright State University 
'''Alexandre Sorokine''' ORNL 
'''Gem Stapleton''' University of Brighton 
'''Mari Carmen Suárez-Figueroa''' Universidad Politécnica de Madrid 
'''Monika Solanki''' University of Oxford 
'''Vladimir Tarasov''' Jönkoping University 
'''Evgenij Thorstensen''' Dept. of Informatics, University of Oslo 
'''Samson Tu''' Stanford University 
'''Dalia Varanka''' Johns Hopkins University 
'''Charles Vardeman Ii''' University of Notre Dame 

[[Category:Event]]
[[Category:WOP]]
{{Event
|Name=WOP 2018
|HasStartDate=2018/10/08
|HasEndDate=2018/10/09
}}
{{Submission deadline
|deadline=2018/06/01
|expired=TBA
|intime=TBA
}}

WOP:2018

2018-03-07T01:32:16Z

YingjieHu: /* Important dates */

= 9th Workshop on Ontology Design and Patterns - WOP2018 =

This is the ninth edition in a series of workshops addressing the topic of '''ontology and semantic web patterns as best practices''', related to the [[Ontology_Design_Patterns_._org_(ODP) |''ontologydesignpatterns.org'']] initiative.

The Workshop on Ontology Design and Patterns targets topics relating to high quality ontology design. The workshop series addresses topics centered around quality in ontology design as well as ontology design patterns (ODP) in Semantic Web data and ontology engineering. ODPs have seen a sharp rise in attention in the past few years, both pertaining to this workshop series and other related events. Patterns can benefit knowledge engineers and Semantic Web developers with a direct link to requirements, reuse, guidance, and better communication. They need to be shared by a community in order to provide a common language, hence the aim of this workshop is twofold: 1) providing an arena for discussing patterns, pattern-based ontologies, systems, datasets, etc., and 2) broadening the pattern community by developing its own 'discourse' for discussing and describing relevant problems and their solutions. Related to the latter aim we see that it is an opportune time to open up the workshop to other approaches focusing on high quality ontology design, e.g. other methods and tools, with the intention to cross-fertilise these with the ODP idea.

For more background on the workshop series, see the [[WOP:Main | main page]].

WOP2018 is a ''full-day workshop'' consisting of three parts: paper presentations, pattern presentations and posters, and an interactive pattern writing and/or discussion session. The poster session will feature pattern posters, i.e. presentations of patterns submitted according the [[WOP:2018#Call_for_Patterns| call for patterns]].

__TOC__

== Venue and dates ==
The ninth edition of WOP will be held in conjunction with [http://iswc2018.semanticweb.org ISWC 2018] in Monterey, California ,USA, on 8th or 9th of October 2018.

== WOP 2018 Program ==

'''Venue:''' TBD

=== Paper presentations session ===

* Keynote talk
* Research paper presentations
* Coffee break
* Research paper presentations continued

=== Lunch ===

=== Poster session ===

=== Breakouts session ===

* Breakout sessions
* Coffee break
* Breakout sessions continued
* Breaktout session reports

=== Social Dinner ===

'''TBD'''

== Call for Papers - Topics ==
Submission of research papers (including position papers) is via the [https://easychair.org/conferences/?conf=wop2018 WOP 2018 EasyChair] page. Detailed submission instructions can be found on the [[WOP:2018/Submission | WOP 2018 submission page]].

The main aim of the workshop is to discuss and collect solutions to recurrent problems that matter to researchers and practitioners of the Semantic Web field, and that impact on design and engineering of ontologies, linked data, knowledge extraction, and other semantic web applications. We invite the submission of original research results related to the focus areas of the workshop. '''Research papers (maximum 15 pages LNCS style)''' should present mature work and document established results. '''Short papers (maximum 5 pages LNCS style)''' may present proposed research directions, novel ideas, or more general positions or discussions.

We particularly welcome contributions considering how one can develop high-quality ontologies in general, with or without the help of ODPs. Nevertheless, as usual we also welcome pattern descriptions of all sorts, including patterns geared towards applications in specific domains, such as geosciences, biomedical science, as well as digital humanities. The main topics of interest are:

* Ontology design patterns, analyses of ODP use, and analyses of pattern-based ontologies
* Correspondence patterns for ontology matching and integration
* Knowledge patterns and knowledge reengineering based on patterns
* Antipatterns and their relations to ODPs
* Methods and tools for developing high-quality ontologies, including ontology engineering by domain experts
* Analyses of quality attributes in ontologies and ontology engineering, and quality assurance approaches for ontology engineering
* Pattern-based ontology design and knowledge engineering
* Pattern-based ontology evaluation and selection
* Ontology pattern extraction
* Pattern-based information extraction, ontology learning, and relation to NLP
* Patterns and Linked data (usage, emerging patterns, pattern-driven data publishing, etc.)
* Quality assurance for Linked Data vocabularies
* Web semantics from a pattern perspective
* Reasoning with, or using, patterns
* Contextual reasoning and patterns as context
* Pattern-based methods and methodologies for development of semantic applications
* Patterns for streaming data and evolving knowledge, as well as processes and services
* Patterns for Big Data integration, data lakes, conceptual modeling, ontology-based data access, and business intelligence
* Patterns in semantic social networks, semantic wikis, semantic blogs
* ODPs development and use in specific domains including geosciences, life sciences, digital humanities, cultural heritage, e-history, IoT, smart homes & cities, smart agriculture etc.

== Call for Patterns ==
Submissions should be made via the [https://easychair.org/conferences/?conf=wop2018 WOP 2018 EasyChair] page. Detailed instructions for submitting your pattern can be found at the [[WOP:2018/Submission | WOP 2018 submission page]].

We invite the submission of research results in the form of ontology design patterns (ODPs).
Patterns submitted should have a general relevance to the ontology engineering field, or specific interest within a knowledge domain. Patterns should solve some particular modelling problem, and be of significant interest for discussion at the workshop. Patterns should be original, in the sense that they are the intellectual product of the author(s), however they may still be based on the collective experience of a community.

Pattern submissions for the pattern session will be collected:

* through the [http://ontologydesignpatterns.org/wiki/Submissions:SubmitAPattern ODP portal] and
* by submitting a description of the pattern (pattern description) via EasyChair.

Detailed instructions for patterns submission, including how to submit via the ontologydesignpatterns.org portal, are found at the [[WOP:2018/Submission | submission page]]. Note that an account in the ODP portal is needed for submitting patterns; thus, authors should take care to request an account at least one week before their intended submission.

Pattern submissions can be made in any type of ODPs. Currently, portal templates for submission are provided for the following types of patterns (see general [[OPTypes|typology]] for explanation of the types):

* Content patterns
* Structural patterns: logical and architecture patterns.
* Correspondence patterns: re-engineering and alignment patterns.

For other types of patterns, the author is welcome to submit only a pattern description.

== Submission and Important Dates ==
Submissions should be made via the [https://easychair.org/conferences/?conf=wop2018 WOP 2018 EasyChair] page. Submissions should be in the Springer Lecture Notes in Computer Science (LNCS) format. [ftp://ftp.springer.de/pub/tex/latex/llncs/latex2e/llncs2e.zip Latex] and [ftp://ftp.springer.de/pub/tex/latex/llncs/word/splnproc1703.zip Word] templates are available. Detailed submission requirements can be found on the [[WOP:2018/Submission | WOP 2018 submission page]].

=== Important dates ===
* Abstract submission (required): May 25th, 2018
* Submission date: June 1st, 2018
* Author notifications: June 27th, 2018
* Camera-ready papers:
* Workshops will be held on: 8th or 9th of October, 2018 (TBD)

=== Best Poster Award ===
The best poster award for WOP 2018 is awarded based on voting by the workshop chairs (excluding those workshop chairs who themselves authored or co-authored a poster). The best poster award takes into account criteria such as the quality of the submission, the relevance and significance of patterns or pattern usages presented, the presentation of the poster during the session, and the level of involvement of the author during the revision phase and poster session discussions during the workshop.

==Proceedings==

WOP 2018 proceedings will be published via [http://ceur-ws.org CEUR Workshop Proceedings].

== WOP Organisation ==

==== WOP2018 Chairs ====

* Chairs:
** [http://www.cs.put.poznan.pl/alawrynowicz Agnieszka Ławrynowicz], Poznan University of Technology, Poland (general chair)
** [http://folk.uio.no/martige Martin G. Skjæveland], University of Oslo, Norway (papers co-chair)
** [http://volweb.utk.edu/~yhu21 Yingjie Hu], University of Tennessee, Knoxville, USA (papers co-chair)
** [http://www.karlhammar.com Karl Hammar], Jönköping University, Sweden (patterns co-chair)
** [http://nb.vse.cz/~svatek/welcom_e.htm Vojtěch Svátek], University of Economics, Prague, Czech Republic (patterns co-chair)

For general inquiries, please contact [http://www.cs.put.poznan.pl/alawrynowicz Agnieszka Ławrynowicz]

==== Steering Committee ====

The WOP Steering committee - the [http://ontologydesignpatterns.org/wiki/ODPA Board of the Association of Ontology Design and Patterns] - consists of:

Regular members:

* Eva Blomqvist, Linköping University (chair)
* Pascal Hitzler, Wright State University (vice chair)
* Valentina Presutti, ISTC-CNR (vice chair)
* Aldo Gangemi, ISTC-CNR
* Krzysztof Janowicz, University of California, Santa Barbara
* Agnieszka Lawrynowicz, Poznan University of Technology
* Adila Krisnadhi, Wright State University

Members with special appointments:

* Andrea Nuzzolese, ISTC-CNR
* Karl Hammar, Jönköping University

==== Program Committee ====

(Some to be confirmed)

'''Alessandro Adamou''' Knowledge Media Institute, The Open University 
'''Luigi Asprino''' University of Bologna and STLab (ISTC-CNR) 
'''Victor de Boer''' Vrije Universiteit Amsterdam 
'''Marilena Daquino''' University of Bologna 
'''Mauro Dragoni''' Fondazione Bruno Kessler - FBK-IRST 
'''Aldo Gangemi''' Université Paris 13 & CNR-ISTC 
'''Karl Hammar''' Jönköping University 
'''Yingjie Hu''' University of Tennessee Knoxville 
'''Krzysztof Janowicz''' University of California, Santa Barbara 
'''Tomi Kauppinen''' Department of Computer Science, Aalto University School of Science 
'''Adila A. Krisnadhi''' Universitas Indonesia 
'''Piotr Kulicki''' John Paul II Catholic University of Lublin 
'''Jose Emilio Labra Gayo''' Universidad de Oviedo 
'''Agnieszka Lawrynowicz''' Poznan University of Technology 
'''Steffen Lohmann''' Fraunhofer 
'''Andrea Giovanni Nuzzolese''' STLab, ISTC-CNR 
'''Francesco Poggi''' Università di Bologna 
'''María Poveda-Villalón''' Ontology Engineering Group. Departamento de Inteligencia Artificial. Universidad Politécnica de Madrid 
'''Valentina Presutti''' CNR - Institute of Cognitive Sciences and Tecnologies 
'''Cogan Shimizu''' Wright State University 
'''Monika Solanki''' University of Oxford 
'''Gem Stapleton''' University of Brighton 
'''Mari Carmen Suárez-Figueroa''' Universidad PolitÃ©cnica de Madrid 
'''Samson Tu''' Stanford University 
'''Charles Vardeman Ii''' University of Notre Dame 
'''Jennifer Warrender''' Newcastle University 

[[Category:Event]]
[[Category:WOP]]
{{Event
|Name=WOP 2018
|HasStartDate=2018/10/08
|HasEndDate=2018/10/09
}}
{{Submission deadline
|deadline=2018/06/01
|expired=TBA
|intime=TBA
}}

WOP:2017/Submission

2018-02-02T04:25:42Z

YingjieHu:

== Submission Instructions for WOP 2017 ==
This page contains instructions for submitting to [[WOP:2017|WOP 2017]]. There are two main categories of papers:

* Research papers: [https://easychair.org/conferences/?conf=wop2017 https://easychair.org/conferences/?conf=wop2017]
* Patterns: through the ODP portal + pattern paper (primarily a pattern description) through [https://easychair.org/conferences/?conf=wop2017 https://easychair.org/conferences/?conf=wop2017]

== Research Paper Submissions ==

We invite the submission of original research results related to the focus areas of the workshop. Research papers (maximum '''15 pages''' LNCS style) should present mature work and document established results, or be short papers presenting proposed research directions and novel ideas (maximum '''5 pages''' LNCS style).

'''Submission guidelines'''
* Research papers should be no longer than 15 pages (including references), following the Springer LNCS formatting style (see [http://www.springer.com/computer/lncs?SGWID=0-164-6-793341-0 LNCS style templates]). Note that papers not adhering to the style guidelines or the maximum page limit will be rejected without review.
* Short research papers should be no longer than 5 pages, following the same template.
* Submissions should be in English, and non-native speakers are encouraged to seek assistance from native English speakers to ensure a correct language.
* Submission of the papers should be done through [https://easychair.org/conferences/?conf=wop2017 https://easychair.org/conferences/?conf=wop2017].

'''Review process and publication'''

Each paper will be reviewed by at least two reviewers, final accept/reject decisions are made by the chairs based on these reviews. Acceptance is conditional, meaning that only accepted papers that perform the changes requested by the reviewers (this will be checked carefully by the chairs) and where at least one author registers for the workshop, will be included in the proceedings and in the workshop program. These papers will be made available online from the workshop webpage. Please note that ISWC usually do NOT allow "workshop-only" registrations, i.e. registering for the workshop will therefore mean to register for the main conference + WOP.

We will also publish post-workshop proceedings with (possibly extended) accepted papers, in the IOS Press/AKA book series [http://www.semantic-web-studies.net/publications.htm Studies on the Semantic Web].

Instructions for accepted papers, presentations, and post-proceedings will be provided later.

== Detailed Instructions for Pattern Submissions ==
We invite the submission of new Ontology Design Patterns. Submissions will be composed of a pattern and a short paper (between 5 and 12 pages in LNCS style) describing it.

The following is a list of detailed instructions that authors have to take into account in order to submit their patterns:
* [[Special:RequestAccount | Request an account at the ODP portal]], in case you do not have already one. Note that account requests are processed by hand, so do this step with a few days to spare before the submission deadline.
* Go to the ODP portal [[Submissions:SubmitAPattern | pattern submission page]].
* Submit your pattern by following the instructions, and make sure you enter as much information about your pattern as possible (clarity and completeness of the information will be a review criteria for patterns), i.e. fill out '''all''' applicable fields.
* Once created, edit your pattern page (edit tab at the top of the page) and under the "Submit for event" tab enter "WOP:2017".
* Go back to [[WOP:2017/Submission#Pattern_Submissions | this page]] and check that your pattern appears in the table below.
* Write a document briefly describing your pattern ('''between 5 and 12 pages''', depending on the complexity or topic of the pattern, in LNCS style), and submit this pattern description through [https://easychair.org/conferences/?conf=wop2017 https://easychair.org/conferences/?conf=wop2017].
* If you are experiencing any problems, or have questions about how to submit patterns, please contact the chairs.

'''Review Process'''

Each submission will be reviewed by at least two members of the Pattern PC (in case of disagreement a third reviewer will be assigned). Note that all reviews and discussions of patterns done in [[Ontology_Design_Patterns_._org_(ODP) | ODP portal]] are '''public''' and '''not''' anonymous, hence, all visitors of the portal can see the reviews and any subsequent discussion. Your pattern will be reviewed based on the following set of criteria:

* the practical utility and reusability of the pattern by a community,
* the relevance of the problem addressed by the pattern,
* if the pattern encodes some best practice within a community,
* and the completeness and clarity of the pattern submission, i.e., if all fields have been filled and all aspects properly explained.

Accepted patterns have to be improved based on the review comments, i.e., an update of the patterns in the ODP portal is mandatory. Accepted patterns will be presented at the workshop as posters in the pattern session. After the workshop, the patterns may be considered for certification in the ODP portal.

Accepted pattern descriptions will also be included in the post-workshop proceedings which will appear in the IOS Press/AKA book series [http://www.semantic-web-studies.net/publications.htm Studies on the Semantic Web].

WOP:2017/Submission

2018-02-02T04:20:12Z

YingjieHu:

Submissions:LCA Pattern

2015-07-08T06:13:33Z

YingjieHu:

{{Content_OP_Proposal_toolbar}}
{{Graphical representation header}}
{{Graphical representation
|ImageName=LCAFlow.png
}}
{{Content OP Proposal Template
|SubmittedBy=YingjieHu
|Name=LCA Pattern
|Intent=Life Cycle Assessment (LCA) studies the environmental impact of products taking into account their entire life-span and production chain. This ontology design pattern specifies key aspects of LCA/LCI data models, namely the notions of flows, activities, agents, and products, as well as their properties.
|CompetencyQuestion=Is a certain flow a reference product? ,
What is the location of an activity?
|ContentODPDescription=The pattern is intended to foster interoperability between existing data models, specifications, and software, and thereby act as a joint building block for the rapidly increasing interest in semantics within the broader LCA community.
|ReusableOWLBuildingBlock=http://descartes-core.org/ontologies/lca/1.0/LCAPattern.owl
|Consequences=This ontology design pattern does neither cover the process of carrying out life cycle assessments, e.g., how data is gathered or how so-called system boundaries are defined, nor does it provide the variety of spatial, temporal, and thematic attributes used to scope inventory items, e.g., to express the fact that coal extraction may have varying impacts depending on the geographic region and used technology.
|Scenario=The proposed ontology design pattern 1 is meant to form a common core for the semantic description of key elements of life cycle inventories. A solar panel example: assessing the impacts of operating a solar array goes beyond the pure manufacturing and assembly of the photovoltaic modules. It also includes transportation emissions, installation emissions, operation emissions, and the final disposal emissions. Such assessment first requires the gathering of all relevant data from different sources into a so-called Life Cycle Inventory (LCI), followed by the actual assessment of the environmental impacts based on the gathered data, used models, and the literature. Understanding the complex impact of products is crucial for arriving at, and maintaining, a sustainable world where human needs are met without causing harm to the environment or impacting the ability of future generations to meet their needs.
|RelatedCP=This pattern can be linked to the Property pattern to add property information.
}}
{{Element list header}}
{{Has Element Template
|HasElement=hasCompartment
}}
{{Has Element Template
|HasElement=hasLocation
}}
{{Has Element Template
|HasElement=hasProperty
}}
{{Has Element Template
|HasElement=hasTemporalExtent
}}
{{Has Element Template
|HasElement=isInputOf
}}
{{Has Element Template
|HasElement=isOutputOf
}}
{{Has Element Template
|HasElement=performs
}}
{{Has Element Template
|HasElement=playsRoleOf
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{{Has Element Template
|HasElement=Activity
}}
{{Has Element Template
|HasElement=Agent
}}
{{Has Element Template
|HasElement=Compartment
}}
{{Has Element Template
|HasElement=ElementaryFlow
}}
{{Has Element Template
|HasElement=Flow
}}
{{Has Element Template
|HasElement=IntermediateFlow
}}
{{Has Element Template
|HasElement=Location
}}
{{Has Element Template
|HasElement=Product
}}
{{Has Element Template
|HasElement=Property
}}
{{Has Element Template
|HasElement=ReferencedProduct
}}
{{Has Element Template
|HasElement=Time
}}
{{Has Element Template
|HasElement=air
}}
{{Has Element Template
|HasElement=soil
}}
{{Has Element Template
|HasElement=water
}}
{{Additional information header}}
In a nutshell, estimating the environmental impact of a certain product requires an understanding of all impacts accumulated during the creation, lifetime, and decommissioning of said product. With respect to the solar panel example introduced in our related paper, the creation of the solar arrays requires multiple activities such as the transportation of resources, the generation of electric power by a coal power plant necessary to manufacture certain parts of the panels, or the disposal of polluted sludge accumulated during the production. In other words, the Eco-efficiency of solar panels depends on the activities involved in all stages of their life-cycle.
{{Scenarios about me}}
{{Reviews about me}}
{{Modeling issues about me}}
{{My references}}

Submissions:LCA Pattern

2015-07-08T06:12:59Z

YingjieHu:

{{Content_OP_Proposal_toolbar}}
{{Graphical representation header}}
{{Graphical representation
|ImageName=LCAFlow.png
}}
{{Content OP Proposal Template
|SubmittedBy=YingjieHu
|Name=LCA Pattern
|Intent=Life Cycle Assessment (LCA) studies the environmental impact of products taking into account their entire life-span and production chain. This ontology design pattern specifies key aspects of LCA/LCI data models, namely the notions of flows, activities, agents, and products, as well as their properties.
|CompetencyQuestion=Is a certain flow a reference product?
What is the location of an activity?
|ContentODPDescription=The pattern is intended to foster interoperability between existing data models, specifications, and software, and thereby act as a joint building block for the rapidly increasing interest in semantics within the broader LCA community.
|ReusableOWLBuildingBlock=http://descartes-core.org/ontologies/lca/1.0/LCAPattern.owl
|Consequences=This ontology design pattern does neither cover the process of carrying out life cycle assessments, e.g., how data is gathered or how so-called system boundaries are defined, nor does it provide the variety of spatial, temporal, and thematic attributes used to scope inventory items, e.g., to express the fact that coal extraction may have varying impacts depending on the geographic region and used technology.
|Scenario=The proposed ontology design pattern 1 is meant to form a common core for the semantic description of key elements of life cycle inventories. A solar panel example: assessing the impacts of operating a solar array goes beyond the pure manufacturing and assembly of the photovoltaic modules. It also includes transportation emissions, installation emissions, operation emissions, and the final disposal emissions. Such assessment first requires the gathering of all relevant data from different sources into a so-called Life Cycle Inventory (LCI), followed by the actual assessment of the environmental impacts based on the gathered data, used models, and the literature. Understanding the complex impact of products is crucial for arriving at, and maintaining, a sustainable world where human needs are met without causing harm to the environment or impacting the ability of future generations to meet their needs.
|RelatedCP=This pattern can be linked to the Property pattern to add property information.
}}
{{Element list header}}
{{Has Element Template
|HasElement=hasCompartment
}}
{{Has Element Template
|HasElement=hasLocation
}}
{{Has Element Template
|HasElement=hasProperty
}}
{{Has Element Template
|HasElement=hasTemporalExtent
}}
{{Has Element Template
|HasElement=isInputOf
}}
{{Has Element Template
|HasElement=isOutputOf
}}
{{Has Element Template
|HasElement=performs
}}
{{Has Element Template
|HasElement=playsRoleOf
}}
{{Has Element Template
|HasElement=Activity
}}
{{Has Element Template
|HasElement=Agent
}}
{{Has Element Template
|HasElement=Compartment
}}
{{Has Element Template
|HasElement=ElementaryFlow
}}
{{Has Element Template
|HasElement=Flow
}}
{{Has Element Template
|HasElement=IntermediateFlow
}}
{{Has Element Template
|HasElement=Location
}}
{{Has Element Template
|HasElement=Product
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{{Has Element Template
|HasElement=Property
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{{Has Element Template
|HasElement=ReferencedProduct
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{{Has Element Template
|HasElement=Time
}}
{{Has Element Template
|HasElement=air
}}
{{Has Element Template
|HasElement=soil
}}
{{Has Element Template
|HasElement=water
}}
{{Additional information header}}
In a nutshell, estimating the environmental impact of a certain product requires an understanding of all impacts accumulated during the creation, lifetime, and decommissioning of said product. With respect to the solar panel example introduced in our related paper, the creation of the solar arrays requires multiple activities such as the transportation of resources, the generation of electric power by a coal power plant necessary to manufacture certain parts of the panels, or the disposal of polluted sludge accumulated during the production. In other words, the Eco-efficiency of solar panels depends on the activities involved in all stages of their life-cycle.
{{Scenarios about me}}
{{Reviews about me}}
{{Modeling issues about me}}
{{My references}}

Submissions:LCA Pattern

2015-07-08T06:12:23Z

YingjieHu:

{{Content_OP_Proposal_toolbar}}
{{Graphical representation header}}
{{Graphical representation
|ImageName=LCAFlow.png
}}
{{Content OP Proposal Template
|SubmittedBy=YingjieHu
|Name=LCA Pattern
|Intent=Life Cycle Assessment (LCA) studies the environmental impact of products taking into account their entire life-span and production chain. This ontology design pattern specifies key aspects of LCA/LCI data models, namely the notions of flows, activities, agents, and products, as well as their properties.
|CompetencyQuestion=Is a certain flow a reference product?
What is the location of an activity?
|ContentODPDescription=The pattern is intended to foster interoperability between existing data models, specifications, and software, and thereby act as a joint building block for the rapidly increasing interest in semantics within the broader LCA community.
|ReusableOWLBuildingBlock=http://descartes-core.org/ontologies/lca/1.0/LCAPattern.owl
|Consequences=This ontology design pattern does neither cover the process of carrying out life cycle assessments, e.g., how data is gathered or how so-called system boundaries are defined, nor does it provide the variety of spatial, temporal, and thematic attributes used to scope inventory items, e.g., to express the fact that coal extraction may have varying impacts depending on the geographic region and used technology.
|Scenario=The proposed ontology design pattern 1 is meant to form a common core for the semantic description of key elements of life cycle inventories. A solar panel example: assessing the impacts of operating a solar array goes beyond the pure manufacturing and assembly of the photovoltaic modules. It also includes transportation emissions, installation emissions, operation emissions, and the final disposal emissions. Such assessment first requires the gathering of all relevant data from different sources into a so-called Life Cycle Inventory (LCI), followed by the actual assessment of the environmental impacts based on the gathered data, used models, and the literature. Understanding the complex impact of products is crucial for arriving at, and maintaining, a sustainable world where human needs are met without causing harm to the environment or impacting the ability of future generations to meet their needs.
|KnownUse=Life Cycle Assessment
|RelatedCP=This pattern can be linked to the Property pattern to add property information.
}}
{{Element list header}}
{{Has Element Template
|HasElement=hasCompartment
}}
{{Has Element Template
|HasElement=hasLocation
}}
{{Has Element Template
|HasElement=hasProperty
}}
{{Has Element Template
|HasElement=hasTemporalExtent
}}
{{Has Element Template
|HasElement=isInputOf
}}
{{Has Element Template
|HasElement=isOutputOf
}}
{{Has Element Template
|HasElement=performs
}}
{{Has Element Template
|HasElement=playsRoleOf
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{{Has Element Template
|HasElement=Activity
}}
{{Has Element Template
|HasElement=Agent
}}
{{Has Element Template
|HasElement=Compartment
}}
{{Has Element Template
|HasElement=ElementaryFlow
}}
{{Has Element Template
|HasElement=Flow
}}
{{Has Element Template
|HasElement=IntermediateFlow
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{{Has Element Template
|HasElement=Location
}}
{{Has Element Template
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{{Has Element Template
|HasElement=Property
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{{Has Element Template
|HasElement=ReferencedProduct
}}
{{Has Element Template
|HasElement=Time
}}
{{Has Element Template
|HasElement=air
}}
{{Has Element Template
|HasElement=soil
}}
{{Has Element Template
|HasElement=water
}}
{{Additional information header}}
In a nutshell, estimating the environmental impact of a certain product requires an understanding of all impacts accumulated during the creation, lifetime, and decommissioning of said product. With respect to the solar panel example introduced in our related paper, the creation of the solar arrays requires multiple activities such as the transportation of resources, the generation of electric power by a coal power plant necessary to manufacture certain parts of the panels, or the disposal of polluted sludge accumulated during the production. In other words, the Eco-efficiency of solar panels depends on the activities involved in all stages of their life-cycle.
{{Scenarios about me}}
{{Reviews about me}}
{{Modeling issues about me}}
{{My references}}

File:LCAFlow.png

2015-07-08T06:09:35Z

YingjieHu:

Submissions:LCA Pattern

2015-07-08T06:01:16Z

YingjieHu: Imported from OWL file.

{{Content_OP_Proposal_toolbar}}
{{Graphical representation header}}
{{Graphical representation
|ImageName=
}}
{{Content OP Proposal Template
|AlsoKnownAs=LCA Pattern
|Intent=Life Cycle Assessment (LCA) studies the environmental impact of products taking into account their entire life-span and production chain. This ontology design pattern specifies key aspects of LCA/LCI data models, namely the notions of flows, activities, agents, and products, as well as their properties.
|CompetencyQuestion=The pattern is intended to foster interoperability between existing data models, specifications, and software, and thereby act as a joint building block for the rapidly increasing interest in semantics within the broader LCA community. The pattern should be able to answer competency questions such as whether a certain flow is a reference product or about the location of an activity.
|Scenario=The proposed ontology design pattern 1 is meant to form a common core for the semantic description of key elements of life cycle inventories.
A solar panel example: assessing the impacts of operating a solar array goes beyond the pure manufacturing and assembly of the photovoltaic modules. It also includes transportation emissions, installation emissions, operation emissions, and the final disposal emissions. Such assessment first requires the gathering of all relevant data from different sources into a so-called Life Cycle Inventory (LCI), followed by the actual assessment of the environmental impacts based on the gathered data, used models, and the literature. Understanding the complex impact of products is crucial for arriving at, and maintaining, a sustainable world where human needs are met without causing harm to the environment or impacting the ability of future generations to meet their needs.
|Consequences=This ontology design pattern does neither cover the process of carrying out life cycle assessments, e.g., how data is gathered or how so-called system boundaries are defined, nor does it provide the variety of spatial, temporal, and thematic attributes used to scope inventory items, e.g., to express the fact that coal extraction may have varying impacts depending on the geographic region and used technology.
|RelatedCP=This pattern can be linked to the Property pattern to add property information.
|SubmittedBy=YingjieHu
|ReusableOWLBuildingBlock=http://descartes-core.org/ontologies/lca/1.0/LCAPattern.owl
|Name=LCA Pattern
}}
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|HasElement=soil
}}
{{Has Element Template
|HasElement=water
}}

{{Additional information header}}

{{Scenarios about me}}
{{Reviews about me}}{{Modeling issues about me}}{{My references}}
In a nutshell, estimating the environmental impact of a certain product requires an understanding of all impacts accumulated during the creation, lifetime, and decommissioning of said product. With respect to the solar panel example introduced in our related paper, the creation of the solar arrays requires multiple activities such as the transportation of resources, the generation of electric power by a coal power plant necessary to manufacture certain parts of the panels, or the disposal of polluted sludge accumulated during the production. In other words, the Eco-efficiency of solar panels depends on the activities involved in all stages of their life-cycle.

Submissions:An Ontology Design Pattern for Activity Reasoning

2014-09-16T03:37:14Z

YingjieHu:

{{Content_OP_Proposal_toolbar}}
{{Graphical representation header}}
{{Graphical representation
|ImageName=Activity3_small.png
}}
{{Content OP Proposal Template
|SubmittedBy=YingjieHu
|Name=Activity Pattern
|Intent=To incorporate the general two perspectives of activities: a workflow perspective, which are often observed in planning-related applications, and a spatiotemporal perspective, which are often found in geographic activity analysis.
|Domain=Workflow,General
|CompetencyQuestion=What are the requirements to complete an activity?, Which places are involved in the activity?,
Can other planned activities/tasks be combined with this activity?,
Which chained activities are necessary to achieve this activity?,
Which activities are afforded by specific places?,
Where and when to acquire an activity-relevant object?
|ContentODPDescription=Activity is an important concept in many fields, and a number of activity-related ontologies have been developed. While suitable for their designated use cases, these ontologies cannot be easily generalized to other applications. This work aims at providing a generic ontology design pattern to model the common core of activities in different domains. Such a pattern can be used as a building block to construct more specific activity ontologies.
|ReusableOWLBuildingBlock=http://descartes-core.org/ontologies/activities/1.0/ActivityPattern.owl
|Consequences=Only two perspectives for activities are included in this pattern. While these two perspectives are commonly observed in existing work, other views toward activities may also need to be supported in future work.
|Scenario=Activity or task planning. Help find out which activities should be completed before other activities.Activity decomposition. Find out what are the sub-activities that constitute the super activity.Spatiotemporal queries. Find out the activities that happen at particular locations and time.
}}
{{Element list header}}
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|HasElement=hasDependent
}}
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|HasElement=hasOutcome
}}
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|HasElement=hasPart
}}
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|HasElement=hasParticipant
}}
{{Has Element Template
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}}
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}}
{{Has Element Template
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}}
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|HasElement=supports
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}}
{{Has Element Template
|HasElement=Outcome
}}
{{Has Element Template
|HasElement=Place
}}
{{Has Element Template
|HasElement=Requirement
}}
{{Additional information header}}
While this pattern so far focuses on human activities, the agents that are involved in this pattern may also be other autonomous agents, such as animals.
{{Scenarios about me}}
{{Reviews about me}}
{{Modeling issues about me}}
{{My references}}

Submissions:An Ontology Design Pattern for Activity Reasoning

2014-09-16T03:36:11Z

YingjieHu:

{{Content_OP_Proposal_toolbar}}
{{Graphical representation header}}
{{Graphical representation
|ImageName=Activity3_small.png
}}
{{Content OP Proposal Template
|SubmittedBy=YingjieHu
|Name=Activity Pattern
|Intent=To incorporate the general two perspectives of activities: a workflow perspective, which are often observed in planning-related applications, and a spatiotemporal perspective, which are often found in geographic activity analysis.
|Domain=Workflow,General
|CompetencyQuestion=What are the requirements to complete an activity?, Which places are involved in the activity?,
Can other planned activities/tasks be combined with this activity?,
Which chained activities are necessary to achieve this activity?,
Which activities are afforded by specific places?,
Where and when to acquire an activity-relevant object?
|ContentODPDescription=Activity is an important concept in many fields, and a number of
activity-related ontologies have been developed. While suitable for their designated use cases, these ontologies cannot be easily generalized to other applications. This work aims at providing a generic ontology design pattern to model the common core of activities in different domains. Such a pattern can be used as a building block to construct more specific activity ontologies.
|ReusableOWLBuildingBlock=http://descartes-core.org/ontologies/activities/1.0/ActivityPattern.owl
|Consequences=Only two perspectives for activities are included in this pattern. While these two perspectives are commonly observed in existing work, other views toward activities may also need to be supported in future work.
|Scenario=Activity or task planning. Help find out which activities should be completed before other activities.Activity decomposition. Find out what are the sub-activities that constitute the super activity.Spatiotemporal queries. Find out the activities that happen at particular locations and time.
}}
{{Element list header}}
{{Has Element Template
|HasElement=hasDependent
}}
{{Has Element Template
|HasElement=hasOutcome
}}
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{{Has Element Template
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{{Has Element Template
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{{Has Element Template
|HasElement=precedes
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{{Has Element Template
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}}
{{Has Element Template
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{{Has Element Template
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}}
{{Has Element Template
|HasElement=hasEnd
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|HasElement=hasStart
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|HasElement=Activity
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}}
{{Has Element Template
|HasElement=Outcome
}}
{{Has Element Template
|HasElement=Place
}}
{{Has Element Template
|HasElement=Requirement
}}
{{Additional information header}}
While this pattern so far focuses on human activities, the agents that are involved in this pattern may also be other autonomous agents, such as animals.
{{Scenarios about me}}
{{Reviews about me}}
{{Modeling issues about me}}
{{My references}}

Submissions:An Ontology Design Pattern for Activity Reasoning

2014-09-16T03:35:32Z

YingjieHu:

{{Content_OP_Proposal_toolbar}}
{{Graphical representation header}}
{{Graphical representation
|ImageName=Activity3_small.png
}}
{{Content OP Proposal Template
|SubmittedBy=YingjieHu
|Name=Activity Pattern
|Intent=To incorporate the general two perspectives of activities: a workflow perspective, which are often observed in planning-related applications, and a spatiotemporal perspective, which are often found in geographic activity analysis.
|Domain=Workflow,General
|CompetencyQuestion=What are the requirements to complete an activity?, Which places are involved in the activity?,
Can other planned activities/tasks be combined with this activity?
Which chained activities are necessary to achieve this activity?,
Which activities are afforded by specific places?,
Where and when to acquire an activity-relevant object?
|ContentODPDescription=Activity is an important concept in many fields, and a number of
activity-related ontologies have been developed. While suitable for their designated use cases, these ontologies cannot be easily generalized to other applications. This work aims at providing a generic ontology design pattern to model the common core of activities in different domains. Such a pattern can be used as a building block to construct more specific activity ontologies.
|ReusableOWLBuildingBlock=http://descartes-core.org/ontologies/activities/1.0/ActivityPattern.owl
|Consequences=Only two perspectives for activities are included in this pattern. While these two perspectives are commonly observed in existing work, other views toward activities may also need to be supported in future work.
|Scenario=Activity or task planning. Help find out which activities should be completed before other activities.Activity decomposition. Find out what are the sub-activities that constitute the super activity.Spatiotemporal queries. Find out the activities that happen at particular locations and time.
}}
{{Element list header}}
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|HasElement=hasDependent
}}
{{Has Element Template
|HasElement=hasOutcome
}}
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{{Has Element Template
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}}
{{Has Element Template
|HasElement=Outcome
}}
{{Has Element Template
|HasElement=Place
}}
{{Has Element Template
|HasElement=Requirement
}}
{{Additional information header}}
While this pattern so far focuses on human activities, the agents that are involved in this pattern may also be other autonomous agents, such as animals.
{{Scenarios about me}}
{{Reviews about me}}
{{Modeling issues about me}}
{{My references}}

Submissions:An Ontology Design Pattern for Activity Reasoning

2014-09-16T03:34:53Z

YingjieHu:

{{Content_OP_Proposal_toolbar}}
{{Graphical representation header}}
{{Graphical representation
|ImageName=Activity3_small.png
}}
{{Content OP Proposal Template
|SubmittedBy=YingjieHu
|Name=Activity Pattern
|Intent=To incorporate the general two perspectives of activities: a workflow perspective, which are often observed in planning-related applications, and a spatiotemporal perspective, which are often found in geographic activity analysis.
|Domain=Workflow,General
|CompetencyQuestion=What are the requirements to complete an activity?, Which places are involved in the activity?
Can other planned activities/tasks be combined with this activity?
Which chained activities are necessary to achieve this activity?
Which activities are afforded by specific places?
Where and when to acquire an activity-relevant object?
|ContentODPDescription=Activity is an important concept in many fields, and a number of
activity-related ontologies have been developed. While suitable for their designated use cases, these ontologies cannot be easily generalized to other applications. This work aims at providing a generic ontology design pattern to model the common core of activities in different domains. Such a pattern can be used as a building block to construct more specific activity ontologies.
|ReusableOWLBuildingBlock=http://descartes-core.org/ontologies/activities/1.0/ActivityPattern.owl
|Consequences=Only two perspectives for activities are included in this pattern. While these two perspectives are commonly observed in existing work, other views toward activities may also need to be supported in future work.
|Scenario=Activity or task planning. Help find out which activities should be completed before other activities.Activity decomposition. Find out what are the sub-activities that constitute the super activity.Spatiotemporal queries. Find out the activities that happen at particular locations and time.
}}
{{Element list header}}
{{Has Element Template
|HasElement=hasDependent
}}
{{Has Element Template
|HasElement=hasOutcome
}}
{{Has Element Template
|HasElement=hasPart
}}
{{Has Element Template
|HasElement=hasParticipant
}}
{{Has Element Template
|HasElement=hasRequirement
}}
{{Has Element Template
|HasElement=isDependentOf
}}
{{Has Element Template
|HasElement=isPartOf
}}
{{Has Element Template
|HasElement=isPrecededBy
}}
{{Has Element Template
|HasElement=isRequirementOf
}}
{{Has Element Template
|HasElement=precedes
}}
{{Has Element Template
|HasElement=produces
}}
{{Has Element Template
|HasElement=supports
}}
{{Has Element Template
|HasElement=takesPlaceAt
}}
{{Has Element Template
|HasElement=hasDuration
}}
{{Has Element Template
|HasElement=hasEnd
}}
{{Has Element Template
|HasElement=hasStart
}}
{{Has Element Template
|HasElement=Activity
}}
{{Has Element Template
|HasElement=FixedActivity
}}
{{Has Element Template
|HasElement=FlexibleActivity
}}
{{Has Element Template
|HasElement=Outcome
}}
{{Has Element Template
|HasElement=Place
}}
{{Has Element Template
|HasElement=Requirement
}}
{{Additional information header}}
While this pattern so far focuses on human activities, the agents that are involved in this pattern may also be other autonomous agents, such as animals.
{{Scenarios about me}}
{{Reviews about me}}
{{Modeling issues about me}}
{{My references}}

Submissions:An Ontology Design Pattern for Activity Reasoning

2014-09-16T01:33:47Z

YingjieHu:

{{Content_OP_Proposal_toolbar}}
{{Graphical representation header}}
{{Graphical representation
|ImageName=Activity3_small.png
}}
{{Content OP Proposal Template
|SubmittedBy=YingjieHu
|Name=Activity Pattern
|Intent=To incorporate the general two perspectives of activities: a workflow perspective, which are often observed in planning-related applications, and a spatiotemporal perspective, which are often found in geographic activity analysis.
|Domain=Workflow,General
|CompetencyQuestion=What are the requirements to complete an activity?
Which places are involved in the activity?
Can other planned activities/tasks be combined with this activity?
Which chained activities are necessary to achieve this activity?
Which activities are afforded by specific places?
Where and when to acquire an activity-relevant object?
|ContentODPDescription=Activity is an important concept in many fields, and a number of
activity-related ontologies have been developed. While suitable for their designated use cases, these ontologies cannot be easily generalized to other applications. This work aims at providing a generic ontology design pattern to model the common core of activities in different domains. Such a pattern can be used as a building block to construct more specific activity ontologies.
|ReusableOWLBuildingBlock=http://descartes-core.org/ontologies/activities/1.0/ActivityPattern.owl
|Consequences=Only two perspectives for activities are included in this pattern. While these two perspectives are commonly observed in existing work, other views toward activities may also need to be supported in future work.
|Scenario=Activity or task planning. Help find out which activities should be completed before other activities.Activity decomposition. Find out what are the sub-activities that constitute the super activity.Spatiotemporal queries. Find out the activities that happen at particular locations and time.
}}
{{Element list header}}
{{Has Element Template
|HasElement=hasDependent
}}
{{Has Element Template
|HasElement=hasOutcome
}}
{{Has Element Template
|HasElement=hasPart
}}
{{Has Element Template
|HasElement=hasParticipant
}}
{{Has Element Template
|HasElement=hasRequirement
}}
{{Has Element Template
|HasElement=isDependentOf
}}
{{Has Element Template
|HasElement=isPartOf
}}
{{Has Element Template
|HasElement=isPrecededBy
}}
{{Has Element Template
|HasElement=isRequirementOf
}}
{{Has Element Template
|HasElement=precedes
}}
{{Has Element Template
|HasElement=produces
}}
{{Has Element Template
|HasElement=supports
}}
{{Has Element Template
|HasElement=takesPlaceAt
}}
{{Has Element Template
|HasElement=hasDuration
}}
{{Has Element Template
|HasElement=hasEnd
}}
{{Has Element Template
|HasElement=hasStart
}}
{{Has Element Template
|HasElement=Activity
}}
{{Has Element Template
|HasElement=FixedActivity
}}
{{Has Element Template
|HasElement=FlexibleActivity
}}
{{Has Element Template
|HasElement=Outcome
}}
{{Has Element Template
|HasElement=Place
}}
{{Has Element Template
|HasElement=Requirement
}}
{{Additional information header}}
While this pattern so far focuses on human activities, the agents that are involved in this pattern may also be other autonomous agents, such as animals.
{{Scenarios about me}}
{{Reviews about me}}
{{Modeling issues about me}}
{{My references}}

Submissions:An Ontology Design Pattern for Activity Reasoning

2014-09-16T01:30:56Z

YingjieHu:

{{Content_OP_Proposal_toolbar}}
{{Graphical representation header}}
{{Graphical representation
|ImageName=Activity3_small.png
}}
{{Content OP Proposal Template
|SubmittedBy=YingjieHu
|Name=Activity Pattern
|Intent=To incorporate the general two perspectives of activities: a workflow perspective, which are often observed in planning-related applications, and a spatiotemporal perspective, which are often found in geographic activity analysis.
|Domain=Workflow
|CompetencyQuestion=What are the requirements to complete an activity?
Which places are involved in the activity?
Can other planned activities/tasks be combined with this activity?
Which chained activities are necessary to achieve this activity?
Which activities are afforded by specific places?
Where and when to acquire an activity-relevant object?
|ContentODPDescription=Activity is an important concept in many fields, and a number of
activity-related ontologies have been developed. While suitable for their designated use cases, these ontologies cannot be easily generalized to other applications. This work aims at providing a generic ontology design pattern to model the common core of activities in different domains. Such a pattern can be used as a building block to construct more specific activity ontologies.
|ReusableOWLBuildingBlock=http://descartes-core.org/ontologies/activities/1.0/ActivityPattern.owl
|Consequences=Only two perspectives for activities are included in this pattern. While these two perspectives are commonly observed in existing work, other views toward activities may also need to be supported in future work.
|Scenario=Activity or task planning. Help find out which activities should be completed before other activities.Activity decomposition. Find out what are the sub-activities that constitute the super activity.Spatiotemporal queries. Find out the activities that happen at particular locations and time.
}}
{{Element list header}}
{{Has Element Template
|HasElement=hasDependent
}}
{{Has Element Template
|HasElement=hasOutcome
}}
{{Has Element Template
|HasElement=hasPart
}}
{{Has Element Template
|HasElement=hasParticipant
}}
{{Has Element Template
|HasElement=hasRequirement
}}
{{Has Element Template
|HasElement=isDependentOf
}}
{{Has Element Template
|HasElement=isPartOf
}}
{{Has Element Template
|HasElement=isPrecededBy
}}
{{Has Element Template
|HasElement=isRequirementOf
}}
{{Has Element Template
|HasElement=precedes
}}
{{Has Element Template
|HasElement=produces
}}
{{Has Element Template
|HasElement=supports
}}
{{Has Element Template
|HasElement=takesPlaceAt
}}
{{Has Element Template
|HasElement=hasDuration
}}
{{Has Element Template
|HasElement=hasEnd
}}
{{Has Element Template
|HasElement=hasStart
}}
{{Has Element Template
|HasElement=Activity
}}
{{Has Element Template
|HasElement=FixedActivity
}}
{{Has Element Template
|HasElement=FlexibleActivity
}}
{{Has Element Template
|HasElement=Outcome
}}
{{Has Element Template
|HasElement=Place
}}
{{Has Element Template
|HasElement=Requirement
}}
{{Additional information header}}
While this pattern so far focuses on human activities, the agents that are involved in this pattern may also be other autonomous agents, such as animals.
{{Scenarios about me}}
{{Reviews about me}}
{{Modeling issues about me}}
{{My references}}

File:Activity3 small.png

2014-09-16T01:30:09Z

YingjieHu:

Submissions:An Ontology Design Pattern for Activity Reasoning

2014-09-16T01:28:26Z

YingjieHu:

{{Content_OP_Proposal_toolbar}}
{{Graphical representation header}}
{{Graphical representation
|ImageName=Activity3_new.png
}}
{{Content OP Proposal Template
|SubmittedBy=YingjieHu
|Name=Activity Pattern
|Intent=To incorporate the general two perspectives of activities: a workflow perspective, which are often observed in planning-related applications, and a spatiotemporal perspective, which are often found in geographic activity analysis.
|Domain=Action, Workflow
|CompetencyQuestion=What are the requirements to complete an activity?
Which places are involved in the activity?
Can other planned activities/tasks be combined with this activity?
Which chained activities are necessary to achieve this activity?
Which activities are afforded by specific places?
Where and when to acquire an activity-relevant object?
|ContentODPDescription=Activity is an important concept in many fields, and a number of
activity-related ontologies have been developed. While suitable for their designated use cases, these ontologies cannot be easily generalized to other applications. This work aims at providing a generic ontology design pattern to model the common core of activities in different domains. Such a pattern can be used as a building block to construct more specific activity ontologies.
|ReusableOWLBuildingBlock=http://descartes-core.org/ontologies/activities/1.0/ActivityPattern.owl
|Consequences=Only two perspectives for activities are included in this pattern. While these two perspectives are commonly observed in existing work, other views toward activities may also need to be supported in future work.
|Scenario=Activity or task planning. Help find out which activities should be completed before other activities.Activity decomposition. Find out what are the sub-activities that constitute the super activity.Spatiotemporal queries. Find out the activities that happen at particular locations and time.
}}
{{Element list header}}
{{Has Element Template
|HasElement=hasDependent
}}
{{Has Element Template
|HasElement=hasOutcome
}}
{{Has Element Template
|HasElement=hasPart
}}
{{Has Element Template
|HasElement=hasParticipant
}}
{{Has Element Template
|HasElement=hasRequirement
}}
{{Has Element Template
|HasElement=isDependentOf
}}
{{Has Element Template
|HasElement=isPartOf
}}
{{Has Element Template
|HasElement=isPrecededBy
}}
{{Has Element Template
|HasElement=isRequirementOf
}}
{{Has Element Template
|HasElement=precedes
}}
{{Has Element Template
|HasElement=produces
}}
{{Has Element Template
|HasElement=supports
}}
{{Has Element Template
|HasElement=takesPlaceAt
}}
{{Has Element Template
|HasElement=hasDuration
}}
{{Has Element Template
|HasElement=hasEnd
}}
{{Has Element Template
|HasElement=hasStart
}}
{{Has Element Template
|HasElement=Activity
}}
{{Has Element Template
|HasElement=FixedActivity
}}
{{Has Element Template
|HasElement=FlexibleActivity
}}
{{Has Element Template
|HasElement=Outcome
}}
{{Has Element Template
|HasElement=Place
}}
{{Has Element Template
|HasElement=Requirement
}}
{{Additional information header}}
While this pattern so far focuses on human activities, the agents that are involved in this pattern may also be other autonomous agents, such as animals.
{{Scenarios about me}}
{{Reviews about me}}
{{Modeling issues about me}}
{{My references}}

Submissions:An Ontology Design Pattern for Activity Reasoning

2014-09-16T01:24:37Z

YingjieHu:

{{Content_OP_Proposal_toolbar}}
{{Graphical representation header}}
{{Graphical representation}}
{{Content OP Proposal Template
|SubmittedBy=YingjieHu
|Name=Activity Pattern
|Intent=To incorporate the general two perspectives of activities: a workflow perspective, which are often observed in planning-related applications, and a spatiotemporal perspective, which are often found in geographic activity analysis.
|Domain=Human Activity Modeling, Workflow
|CompetencyQuestion=What are the requirements to complete an activity?
Which places are involved in the activity?
Can other planned activities/tasks be combined with this activity?
Which chained activities are necessary to achieve this activity?
Which activities are afforded by specific places?
Where and when to acquire an activity-relevant object?
|ContentODPDescription=Activity is an important concept in many fields, and a number of
activity-related ontologies have been developed. While suitable for their designated use cases, these ontologies cannot be easily generalized to other applications. This work aims at providing a generic ontology design pattern to model the common core of activities in different domains. Such a pattern can be used as a building block to construct more specific activity ontologies.
|ReusableOWLBuildingBlock=http://descartes-core.org/ontologies/activities/1.0/ActivityPattern.owl
|Consequences=Only two perspectives for activities are included in this pattern. While these two perspectives are commonly observed in existing work, other views toward activities may also need to be supported in future work.
|Scenario=Activity or task planning. Help find out which activities should be completed before other activities.Activity decomposition. Find out what are the sub-activities that constitute the super activity.Spatiotemporal queries. Find out the activities that happen at particular locations and time.
}}
{{Element list header}}
{{Has Element Template
|HasElement=hasDependent
}}
{{Has Element Template
|HasElement=hasOutcome
}}
{{Has Element Template
|HasElement=hasPart
}}
{{Has Element Template
|HasElement=hasParticipant
}}
{{Has Element Template
|HasElement=hasRequirement
}}
{{Has Element Template
|HasElement=isDependentOf
}}
{{Has Element Template
|HasElement=isPartOf
}}
{{Has Element Template
|HasElement=isPrecededBy
}}
{{Has Element Template
|HasElement=isRequirementOf
}}
{{Has Element Template
|HasElement=precedes
}}
{{Has Element Template
|HasElement=produces
}}
{{Has Element Template
|HasElement=supports
}}
{{Has Element Template
|HasElement=takesPlaceAt
}}
{{Has Element Template
|HasElement=hasDuration
}}
{{Has Element Template
|HasElement=hasEnd
}}
{{Has Element Template
|HasElement=hasStart
}}
{{Has Element Template
|HasElement=Activity
}}
{{Has Element Template
|HasElement=FixedActivity
}}
{{Has Element Template
|HasElement=FlexibleActivity
}}
{{Has Element Template
|HasElement=Outcome
}}
{{Has Element Template
|HasElement=Place
}}
{{Has Element Template
|HasElement=Requirement
}}
{{Additional information header}}
While this pattern so far focuses on human activities, the agents that are involved in this pattern may also be other autonomous agents, such as animals.
{{Scenarios about me}}
{{Reviews about me}}
{{Modeling issues about me}}
{{My references}}

File:Activity3 new.png

2014-09-16T01:18:29Z

YingjieHu:

Submissions:An Ontology Design Pattern for Activity Reasoning

2014-09-16T01:16:49Z

YingjieHu:

{{Content_OP_Proposal_toolbar}}
{{Graphical representation header}}
{{Graphical representation}}
{{Content OP Proposal Template
|SubmittedBy=YingjieHu
|Name=An Ontology Design Pattern for Activity Reasoning
|Intent=To incorporate the general two perspectives of activities: a workflow perspective, which are often observed in planning-related applications, and a spatiotemporal perspective, which are often found in geographic activity analysis.
|CompetencyQuestion=What are the requirements to complete an activity?
Which places are involved in the activity?
Can other planned activities/tasks be combined with this activity?
Which chained activities are necessary to achieve this activity?
Which activities are afforded by specific places?
Where and when to acquire an activity-relevant object?
|ContentODPDescription=Activity is an important concept in many fields, and a number of
activity-related ontologies have been developed. While suitable for their designated use cases, these ontologies cannot be easily generalized to other applications. This work aims at providing a generic ontology design pattern to model the common core of activities in different domains. Such a pattern can be used as a building block to construct more specific activity ontologies.
|ReusableOWLBuildingBlock=http://descartes-core.org/ontologies/activities/1.0/ActivityPattern.owl
|Consequences=Only two perspectives for activities are included in this pattern. While these two perspectives are commonly observed in existing work, other views toward activities may also need to be supported in future work.
|Scenario=Activity or task planning. Help find out which activities should be completed before other activities.Activity decomposition. Find out what are the sub-activities that constitute the super activity.Spatiotemporal queries. Find out the activities that happen at particular locations and time.
}}
{{Element list header}}
{{Has Element Template
|HasElement=hasDependent
}}
{{Has Element Template
|HasElement=hasOutcome
}}
{{Has Element Template
|HasElement=hasPart
}}
{{Has Element Template
|HasElement=hasParticipant
}}
{{Has Element Template
|HasElement=hasRequirement
}}
{{Has Element Template
|HasElement=isDependentOf
}}
{{Has Element Template
|HasElement=isPartOf
}}
{{Has Element Template
|HasElement=isPrecededBy
}}
{{Has Element Template
|HasElement=isRequirementOf
}}
{{Has Element Template
|HasElement=precedes
}}
{{Has Element Template
|HasElement=produces
}}
{{Has Element Template
|HasElement=supports
}}
{{Has Element Template
|HasElement=takesPlaceAt
}}
{{Has Element Template
|HasElement=hasDuration
}}
{{Has Element Template
|HasElement=hasEnd
}}
{{Has Element Template
|HasElement=hasStart
}}
{{Has Element Template
|HasElement=Activity
}}
{{Has Element Template
|HasElement=FixedActivity
}}
{{Has Element Template
|HasElement=FlexibleActivity
}}
{{Has Element Template
|HasElement=Outcome
}}
{{Has Element Template
|HasElement=Place
}}
{{Has Element Template
|HasElement=Requirement
}}
{{Additional information header}}
While this pattern so far focuses on human activities, the agents that are involved in this pattern may also be other autonomous agents, such as animals.
{{Scenarios about me}}
{{Reviews about me}}
{{Modeling issues about me}}
{{My references}}

Submissions:An Ontology Design Pattern for Activity Reasoning

2014-09-16T01:11:20Z

YingjieHu: Imported from OWL file.

{{Content_OP_Proposal_toolbar}}
{{Graphical representation header}}
{{Graphical representation
|ImageName=
}}
{{Content OP Proposal Template
|AlsoKnownAs=Activity Pattern
|Scenario=Activity or task planning. Help find out which activities should be completed before other activities.
Activity decomposition. Find out what are the sub-activities that constitute the super activity.
Spatiotemporal queries. Find out the activities that happen at particular locations and time.
|Consequences=Only two perspectives for activities are included in this pattern. While these two perspectives are commonly observed in existing work, other views toward activities may also need to be supported in future work.
|RelatedCP=
|Intent=To incorporate the general two perspectives of activities: a workflow perspective, which are often observed in planning-related applications, and a spatiotemporal perspective, which are often found in geographic activity analysis.
|CompetencyQuestion=What are the requirements to complete an activity?
Which places are involved in the activity?
Can other planned activities/tasks be combined with this activity?
Which chained activities are necessary to achieve this activity?
Which activities are afforded by specific places?
Where and when to acquire an activity-relevant object?
|SubmittedBy=YingjieHu
|ReusableOWLBuildingBlock=http://descartes-core.org/ontologies/activities/1.0/ActivityPattern.owl
|Name=An Ontology Design Pattern for Activity Reasoning
}}
{{Element list header}}
{{Has Element Template
|HasElement=hasDependent
}}
{{Has Element Template
|HasElement=hasOutcome
}}
{{Has Element Template
|HasElement=hasPart
}}
{{Has Element Template
|HasElement=hasParticipant
}}
{{Has Element Template
|HasElement=hasRequirement
}}
{{Has Element Template
|HasElement=isDependentOf
}}
{{Has Element Template
|HasElement=isPartOf
}}
{{Has Element Template
|HasElement=isPrecededBy
}}
{{Has Element Template
|HasElement=isRequirementOf
}}
{{Has Element Template
|HasElement=precedes
}}
{{Has Element Template
|HasElement=produces
}}
{{Has Element Template
|HasElement=supports
}}
{{Has Element Template
|HasElement=takesPlaceAt
}}
{{Has Element Template
|HasElement=hasDuration
}}
{{Has Element Template
|HasElement=hasEnd
}}
{{Has Element Template
|HasElement=hasStart
}}
{{Has Element Template
|HasElement=Activity
}}
{{Has Element Template
|HasElement=FixedActivity
}}
{{Has Element Template
|HasElement=FlexibleActivity
}}
{{Has Element Template
|HasElement=Outcome
}}
{{Has Element Template
|HasElement=Place
}}
{{Has Element Template
|HasElement=Requirement
}}

{{Additional information header}}

{{Scenarios about me}}
{{Reviews about me}}{{Modeling issues about me}}{{My references}}
While this pattern so far focuses on human activities, the agents that are involved in this pattern may also be other autonomous agents, such as animals.