Towards Practical OBDA with Temporal Ontologies -
(Position Paper)
D. Calvanese, E. Kalayci, V. Ryzhikov, und G. Xiao. Proceedings of the 10th International Conference on Web
Reasoning and Rule Systems (RR~2016), Volume 9898 von Lecture Notes in Computer Science, Seite 18--24. Springer, (2016)
Zusammenfassung
The temporal dimension of data, which contains such important
information as duration or sequence of events and is present
in many applications of ontology-based data access (OBDA)
concerned with logs or streams, is getting growing attention
in the community. To give a proper treatment to the events
occurring in the data from the ontological perspective, we
assume in our approach that every concept is temporalized,
i.e., has temporal validity time, and the ontology language
expresses the constraints between validity times of
concepts. In this paper we outline the state of art and the
future challenges of our research. On the theoretical side,
we are interested in enriching the ontology languages with
the operators for constructing the temporal concepts that are
expressive enough to capture the patterns required by
industrial use-cases. On the practical side, we are
interested in implementing the ontology-mediated query
answering with temporalized concepts in the OBDA system Ontop
and performing extensive evaluations using large amounts of
real-world data.
%0 Conference Paper
%1 2016-RR-temporal
%A Calvanese, Diego
%A Kalayci, Elem Güzel
%A Ryzhikov, Vladislav
%A Xiao, Guohui
%B Proceedings of the 10th International Conference on Web
Reasoning and Rule Systems (RR~2016)
%D 2016
%I Springer
%K , Description Ontology-based Temporal access, data logic logic, optique-project
%P 18--24
%T Towards Practical OBDA with Temporal Ontologies -
(Position Paper)
%V 9898
%X The temporal dimension of data, which contains such important
information as duration or sequence of events and is present
in many applications of ontology-based data access (OBDA)
concerned with logs or streams, is getting growing attention
in the community. To give a proper treatment to the events
occurring in the data from the ontological perspective, we
assume in our approach that every concept is temporalized,
i.e., has temporal validity time, and the ontology language
expresses the constraints between validity times of
concepts. In this paper we outline the state of art and the
future challenges of our research. On the theoretical side,
we are interested in enriching the ontology languages with
the operators for constructing the temporal concepts that are
expressive enough to capture the patterns required by
industrial use-cases. On the practical side, we are
interested in implementing the ontology-mediated query
answering with temporalized concepts in the OBDA system Ontop
and performing extensive evaluations using large amounts of
real-world data.
@inproceedings{2016-RR-temporal,
abstract = {The temporal dimension of data, which contains such important
information as duration or sequence of events and is present
in many applications of ontology-based data access (OBDA)
concerned with logs or streams, is getting growing attention
in the community. To give a proper treatment to the events
occurring in the data from the ontological perspective, we
assume in our approach that every concept is temporalized,
i.e., has temporal validity time, and the ontology language
expresses the constraints between validity times of
concepts. In this paper we outline the state of art and the
future challenges of our research. On the theoretical side,
we are interested in enriching the ontology languages with
the operators for constructing the temporal concepts that are
expressive enough to capture the patterns required by
industrial use-cases. On the practical side, we are
interested in implementing the ontology-mediated query
answering with temporalized concepts in the OBDA system Ontop
and performing extensive evaluations using large amounts of
real-world data.},
added-at = {2016-11-02T04:00:58.000+0100},
audience = {academic},
author = {Calvanese, Diego and Kalayci, Elem G{\"u}zel and Ryzhikov, Vladislav and Xiao, Guohui},
biburl = {https://www.bibsonomy.org/bibtex/2fadd8300be9d50e36cea6148ef063104/calvanese},
booktitle = {Proceedings of the 10th International Conference on Web
Reasoning and Rule Systems (RR~2016)},
interhash = {f05959e3fcd05cd831f796fcef04b5c8},
intrahash = {fadd8300be9d50e36cea6148ef063104},
keywords = {, Description Ontology-based Temporal access, data logic logic, optique-project},
pages = {18--24},
partneroptique = {FUB},
publisher = {Springer},
series = {Lecture Notes in Computer Science},
timestamp = {2016-11-02T04:02:37.000+0100},
title = {Towards Practical {OBDA} with Temporal Ontologies -
({Position} Paper)},
volume = 9898,
wpoptique = {WP6},
year = 2016,
yearoptique = {Y4}
}