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|Titel DE=Roland Stühmer
 
|Titel DE=Roland Stühmer
 
|Titel EN=Roland Stühmer
 
|Titel EN=Roland Stühmer
|Beschreibung DE=folgt
+
|Beschreibung DE=In this work we present an approach for Web-oriented event processing based on the combination of efficient event processing, expressive Semantic Web technologies and the management thereof. The approach is a distributed semantic system that serves as an Event Marketplace: heterogeneous events from the Web modelled in RDF are matched and integrated using a processing language we designed and describe in this work. The system consists of three main components: an event-driven service bus to connect event sources, a storage layer to maintain historic events and an event processing layer to combine, integrate, filter and derive events. Event-driven applications are implemented on this architecture by expressions in a language supporting hybrid queries mixing real-time (on pushed data) and historic (pull data) queries. A governance component enforces efficient access control on event streams and storage. The main advantages of the system are its Web-orientation by adhering to several open and extensible standards, its pattern language offering the combination of real-time and historical queries on events and its governance capabilities creating a multi-tenant system based on permissions. The system uses Web technologies such as Linked Data, RDF and SPARQL to model, organize, locate, process and control access to events.
|Beschreibung EN=folgt
+
|Beschreibung EN=In this work we present an approach for Web-oriented event processing based on the combination of efficient event processing, expressive Semantic Web technologies and the management thereof. The approach is a distributed semantic system that serves as an Event Marketplace: heterogeneous events from the Web modelled in RDF are matched and integrated using a processing language we designed and describe in this work. The system consists of three main components: an event-driven service bus to connect event sources, a storage layer to maintain historic events and an event processing layer to combine, integrate, filter and derive events. Event-driven applications are implemented on this architecture by expressions in a language supporting hybrid queries mixing real-time (on pushed data) and historic (pull data) queries. A governance component enforces efficient access control on event streams and storage. The main advantages of the system are its Web-orientation by adhering to several open and extensible standards, its pattern language offering the combination of real-time and historical queries on events and its governance capabilities creating a multi-tenant system based on permissions. The system uses Web technologies such as Linked Data, RDF and SPARQL to model, organize, locate, process and control access to events.
 
|Veranstaltungsart=Graduiertenkolloquium
 
|Veranstaltungsart=Graduiertenkolloquium
 
|Start=2014/04/25 14:00:00
 
|Start=2014/04/25 14:00:00
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|Gebäude=11.40
 
|Gebäude=11.40
 
|Raum=231
 
|Raum=231
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|PDF=Stühmer 25 4 14.pdf
 
|Forschungsgruppe=Wissensmanagement
 
|Forschungsgruppe=Wissensmanagement
 
|In News anzeigen=True
 
|In News anzeigen=True
 
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Aktuelle Version vom 3. April 2014, 08:46 Uhr

Roland Stühmer

Veranstaltungsart:
Graduiertenkolloquium




In this work we present an approach for Web-oriented event processing based on the combination of efficient event processing, expressive Semantic Web technologies and the management thereof. The approach is a distributed semantic system that serves as an Event Marketplace: heterogeneous events from the Web modelled in RDF are matched and integrated using a processing language we designed and describe in this work. The system consists of three main components: an event-driven service bus to connect event sources, a storage layer to maintain historic events and an event processing layer to combine, integrate, filter and derive events. Event-driven applications are implemented on this architecture by expressions in a language supporting hybrid queries mixing real-time (on pushed data) and historic (pull data) queries. A governance component enforces efficient access control on event streams and storage. The main advantages of the system are its Web-orientation by adhering to several open and extensible standards, its pattern language offering the combination of real-time and historical queries on events and its governance capabilities creating a multi-tenant system based on permissions. The system uses Web technologies such as Linked Data, RDF and SPARQL to model, organize, locate, process and control access to events.




Start: 25. April 2014 um 14:00
Ende: 25. April 2014 um 15:00


Im Gebäude 11.40, Raum: 231

Veranstaltung vormerken: (iCal)


Veranstalter: Forschungsgruppe(n) Wissensmanagement
Information: Media:Stühmer 25 4 14.pdf