A language and an execution model for the detection of active situations
Adi, Asaf ;  Kotlarsky, Julia ;  Hinze, Annika ;  Doctoral Consortium of the Conference on Advanced Information Systems Engineering <9, 2002, Toronto>

Main titleA language and an execution model for the detection of active situations
AuthorAdi, Asaf
EditorKotlarsky, Julia
EditorHinze, Annika
No. of Pages10 S.
Series Freie Universität Berlin, Fachbereich Mathematik und Informatik : Ser. B, Informatik ; [20]02,13
Classification (DDC)004 Data processing and Computer science
AbstractThis paper presents a thesis about a language and an execution model for the detection of
situations aimed at reducing the complexity of active applications. This work has been
motivated by the observation that in many cases, there is a gap between current tools that
enable to react to a single event (following the ECA: Event – condition – action
paradigm), and the reality, in which a single event may not require any reaction, however
the reaction should be given to patterns over the event history. The concept of situation
presented in this paper, extends the concept of composite event, in its expressive power,
flexibility, and usability. This paper motivates the work, surveys other efforts in this are,
and presents preliminary ideas for both the language and the execution model.
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FU DepartmentDepartment of Mathematics and Computer Science
Other affiliation(s)Institut für Informatik
Year of publication2002
Type of documentConferencepresentation
Terms of use/Rights Nutzungsbedingungen
Created at2009-06-03 : 11:53:31
Last changed2015-01-22 : 04:43:15
Static URLhttp://edocs.fu-berlin.de/docs/receive/FUDOCS_document_000000002187