Semantic Web Services and the OWL-S Framework

The proposed research focuses on the context of learning in Semantic Web. In such an environment basic entities exist, interact and are changing: Learning Objects, the containers of educational materials, Learners, users whose goal is to enhance their learning portfolio, and Learning Services, the p...

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Κύριος συγγραφέας: Tsiakmaki, Maria
Άλλοι συγγραφείς: Τσιακμακη, Μαρία
Μορφή: Technical Report
Γλώσσα:English
Έκδοση: 2012
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Διαθέσιμο Online:http://hdl.handle.net/10889/5568
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spelling nemertes-10889-55682022-09-05T06:57:21Z Semantic Web Services and the OWL-S Framework Tsiakmaki, Maria Τσιακμακη, Μαρία Semantic web OWL-S Semantic Web Services Υπηρεσίες σημασιολογικού ιστού Σημασιολογικός ιστός The proposed research focuses on the context of learning in Semantic Web. In such an environment basic entities exist, interact and are changing: Learning Objects, the containers of educational materials, Learners, users whose goal is to enhance their learning portfolio, and Learning Services, the processes that deliver Learning Objects to Learners and manage the interaction between Learning Objects and Learners. Learning Objects may be atomic (unstructured, free-standing) or compound (recursively containing other Learning Objects), static (structured at design time) or dynamic (structured at run-time), they should be reusable, tailored to Learner needs, affordable and discoverable. Learners come with a knowledge level, preferences and a learning style, while their goal is to learn. Learners interact with Learning Objects in a physical/ technical level (e.g. navigate), in a linguistic level (e.g. Learner--service dialog) and in a modeling level (e.g. activities related to modeling the knowledge, comprehension of the Learner, or modeling the flexibility and the adaptable features of the service). In a network where reasoning can be implemented by computers, that is the Semantic Network, technologies and methodologies such as Ontological Engineering, Logic and Inference Rules, Description Logic and Intelligent Agents, can be profitably used in addressing and resolving a number of issues related to the context of this research. We will concentrate on (a) the ontologically--driven Learner and Service modeling, and (b) the ontologically--driven management of the Learner--Service dialog. Related issues are also (a) the reference architecture for Learning Objects and Services, (b) Learner/ Service Modeling Services and Dialog Management Processes, and (b) standardization of a semantic annotation (metadata) to describe a Learner model and a Service model (e.g. the IEEE LOM standard). 2012-10-14T14:57:11Z 2012-10-14T14:57:11Z 2012-10-14 2012-10-14 Technical Report http://hdl.handle.net/10889/5568 en application/pdf
institution UPatras
collection Nemertes
language English
topic Semantic web
OWL-S
Semantic Web Services
Υπηρεσίες σημασιολογικού ιστού
Σημασιολογικός ιστός
spellingShingle Semantic web
OWL-S
Semantic Web Services
Υπηρεσίες σημασιολογικού ιστού
Σημασιολογικός ιστός
Tsiakmaki, Maria
Semantic Web Services and the OWL-S Framework
description The proposed research focuses on the context of learning in Semantic Web. In such an environment basic entities exist, interact and are changing: Learning Objects, the containers of educational materials, Learners, users whose goal is to enhance their learning portfolio, and Learning Services, the processes that deliver Learning Objects to Learners and manage the interaction between Learning Objects and Learners. Learning Objects may be atomic (unstructured, free-standing) or compound (recursively containing other Learning Objects), static (structured at design time) or dynamic (structured at run-time), they should be reusable, tailored to Learner needs, affordable and discoverable. Learners come with a knowledge level, preferences and a learning style, while their goal is to learn. Learners interact with Learning Objects in a physical/ technical level (e.g. navigate), in a linguistic level (e.g. Learner--service dialog) and in a modeling level (e.g. activities related to modeling the knowledge, comprehension of the Learner, or modeling the flexibility and the adaptable features of the service). In a network where reasoning can be implemented by computers, that is the Semantic Network, technologies and methodologies such as Ontological Engineering, Logic and Inference Rules, Description Logic and Intelligent Agents, can be profitably used in addressing and resolving a number of issues related to the context of this research. We will concentrate on (a) the ontologically--driven Learner and Service modeling, and (b) the ontologically--driven management of the Learner--Service dialog. Related issues are also (a) the reference architecture for Learning Objects and Services, (b) Learner/ Service Modeling Services and Dialog Management Processes, and (b) standardization of a semantic annotation (metadata) to describe a Learner model and a Service model (e.g. the IEEE LOM standard).
author2 Τσιακμακη, Μαρία
author_facet Τσιακμακη, Μαρία
Tsiakmaki, Maria
format Technical Report
author Tsiakmaki, Maria
author_sort Tsiakmaki, Maria
title Semantic Web Services and the OWL-S Framework
title_short Semantic Web Services and the OWL-S Framework
title_full Semantic Web Services and the OWL-S Framework
title_fullStr Semantic Web Services and the OWL-S Framework
title_full_unstemmed Semantic Web Services and the OWL-S Framework
title_sort semantic web services and the owl-s framework
publishDate 2012
url http://hdl.handle.net/10889/5568
work_keys_str_mv AT tsiakmakimaria semanticwebservicesandtheowlsframework
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