Aktuelle Version vom 17. November 2019, 21:11 Uhr

Theories about World Representations for the Internet of Things

Michael Färber, Yulia Svetashova, Andreas Harth

Published: 2018

Buchtitel: Proceedings of the 1st International Workshop on Concepts in Action: Representation, Learning, and Application (CARLA 2018)
Verlag: n/a

Referierte Veröffentlichung

BibTeX

Kurzfassung
The question of how to represent knowledge about the world has been an integral part of computer science and cognitive science. In the past, computer scientists and logicians could define the semantics of items in their knowledge representation models and methods for describing the world largely without an explicit connection to reality. Nowadays, networked devices are not only aware of the world (e.g., via sensors) but are also able to trigger changes in the world viaactuators. Thus, changes in the represented world immediately affect changes in the real world, and vice versa. In our work, we turn to philosophy to find the answers to the new problems of dynamically changing worlds and worldrepresentations (e.g., ontologies) that arise for computer scientists in the area of the Internet of Things.

Download: Media:Theories_World_CARLA2018.pdf
Weitere Informationen unter: Link

Forschungsgruppe

Web Science

Forschungsgebiet

Wissensrepräsentation, Künstliche Intelligenz

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 {{Publikation Details
-|Abstract=The question of how to represent knowledge about the world has been anintegral part of computer science and cognitive science. In the past, computerscientists and logicians could define the semantics of items in their knowledgerepresentation models and methods for describing the world largely without anexplicit connection to reality. Nowadays, networked devices are not only aware ofthe world (e.g., via sensors) but are also able to trigger changes in the world viaactuators. Thus, changes in the represented world immediately affect changesin the real world, and vice versa. In our work, we turn to philosophy to findthe answers to the new problems of dynamically changing worlds and worldrepresentations (e.g., ontologies) that arise for computer scientists in the areaof the Internet of Things.
+|Abstract=The question of how to represent knowledge about the world has been an integral part of computer science and cognitive science. In the past, computer scientists and logicians could define the semantics of items in their knowledge representation models and methods for describing the world largely without an explicit connection to reality. Nowadays, networked devices are not only aware of the world (e.g., via sensors) but are also able to trigger changes in the world viaactuators. Thus, changes in the represented world immediately affect changes in the real world, and vice versa. In our work, we turn to philosophy to find the answers to the new problems of dynamically changing worlds and worldrepresentations (e.g., ontologies) that arise for computer scientists in the area of the Internet of Things.
 |Download=Theories_World_CARLA2018.pdf
 |Link=https://www.conceptuccino.uni-osnabrueck.de/carla_workshop/carla_2018.html

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Aktuelle Version vom 17. November 2019, 21:11 Uhr

Theories about World Representations for the Internet of Things

Theories about World Representations for the Internet of Things