Matches in Ruben’s data for { <https://dx.doi.org/10.1109/TASE.2016.2533321> ?p ?o }
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- TASE.2016.2533321 author simon_mayer.
- TASE.2016.2533321 author matthias_kovatsch.
- TASE.2016.2533321 author friedemann_mattern.
- TASE.2016.2533321 author me.
- TASE.2016.2533321 creator simon_mayer.
- TASE.2016.2533321 creator matthias_kovatsch.
- TASE.2016.2533321 creator friedemann_mattern.
- TASE.2016.2533321 creator me.
- TASE.2016.2533321 about service_composition.
- TASE.2016.2533321 about Computer_programming.
- TASE.2016.2533321 about reasoning.
- TASE.2016.2533321 about Research.
- TASE.2016.2533321 about Metadata.
- TASE.2016.2533321 author simon_mayer.
- TASE.2016.2533321 author matthias_kovatsch.
- TASE.2016.2533321 author friedemann_mattern.
- TASE.2016.2533321 author me.
- TASE.2016.2533321 coparticipatesWith simon_mayer.
- TASE.2016.2533321 coparticipatesWith matthias_kovatsch.
- TASE.2016.2533321 coparticipatesWith friedemann_mattern.
- TASE.2016.2533321 coparticipatesWith me.
- TASE.2016.2533321 type PublicationIssue.
- TASE.2016.2533321 type Issue.
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- TASE.2016.2533321 type ScholarlyArticle.
- TASE.2016.2533321 type Article.
- TASE.2016.2533321 type Document.
- TASE.2016.2533321 type Document.
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- TASE.2016.2533321 P50 simon_mayer.
- TASE.2016.2533321 P50 matthias_kovatsch.
- TASE.2016.2533321 P50 friedemann_mattern.
- TASE.2016.2533321 P50 me.
- TASE.2016.2533321 maker simon_mayer.
- TASE.2016.2533321 maker matthias_kovatsch.
- TASE.2016.2533321 maker friedemann_mattern.
- TASE.2016.2533321 maker me.
- TASE.2016.2533321 title "Smart Configuration of Smart Environments".
- TASE.2016.2533321 isPartOf ieee_transactions_on_automation_science_and_engineering.
- TASE.2016.2533321 name "Smart Configuration of Smart Environments".
- TASE.2016.2533321 label "Smart Configuration of Smart Environments".
- TASE.2016.2533321 name "Smart Configuration of Smart Environments".
- TASE.2016.2533321 topic service_composition.
- TASE.2016.2533321 topic Computer_programming.
- TASE.2016.2533321 topic reasoning.
- TASE.2016.2533321 topic Research.
- TASE.2016.2533321 topic Metadata.
- TASE.2016.2533321 subject service_composition.
- TASE.2016.2533321 subject Computer_programming.
- TASE.2016.2533321 subject reasoning.
- TASE.2016.2533321 subject Research.
- TASE.2016.2533321 subject Metadata.
- TASE.2016.2533321 authorList b0_b2492.
- TASE.2016.2533321 topic service_composition.
- TASE.2016.2533321 topic Computer_programming.
- TASE.2016.2533321 topic reasoning.
- TASE.2016.2533321 topic Research.
- TASE.2016.2533321 topic Metadata.
- TASE.2016.2533321 abstract "One of the central research challenges in the Internet of Things and Ubiquitous Computing domains is how users can be enabled to “program” their personal and industrial smart environments by combining services that are provided by devices around them. We present a service composition system that enables the goal-driven configuration of smart environments for end users by combining semantic metadata and reasoning with a visual modeling tool. In contrast to process-driven approaches where service mashups are statically defined, we make use of embedded semantic API descriptions to dynamically create mashups that fulfill the user’s goal. The main advantage of our system is its high degree of flexibility, as service mashups can adapt to dynamic environments and are fault-tolerant with respect to individual services becoming unavailable. To support users in expressing their goals, we integrated a visual programming tool with our system that allows to model the desired state of a smart environment graphically, thereby hiding the technicalities of the underlying semantics. Possible applications of the presented system include the management of smart homes to increase individual well-being, and reconfigurations of smart environments, for instance in the industrial automation or healthcare domains.".
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