Nowadays, the variety of mobile services is growing together with the number of customers and the heterogeneity of their mobile de- vices, thus, monitoring the users of a mobile network has become a chal- lenge. Considering Smart Space Governing to address this issue, in which the mobile network is considered an Smart Space (due to its size and complexity) and their elements (mobile devices and network monitoring services), it is possible to create rules to monitor the output of these elements. We call those rules as Smart Space Compositions and can be created through the platform’s Visual Editor, that during the graphical creation process, provides the user with a list of similar existing composi- tions that can be reused at any time to improve the composition process. This paper describes the implementation by a Telecommunications Op- erator of this composition module supported by subgraph isomorphism techniques.

A Subgraph Isomorphism Based Approach to Enable Discovery and Composition of Smart Space Elements / RODRIGUEZ ROCHA, Oscar; FIGUEROA MARTINEZ, CRISTHIAN NICOLAS; Moltchanov, B.. - ELETTRONICO. - 1:(2013), pp. 1-10. (Intervento presentato al convegno The 6th conference on Internet of Things and Smart Spaces ruSMART 2013 tenutosi a St.-Petersburg, Russia nel 28 - 29 August 2013).

A Subgraph Isomorphism Based Approach to Enable Discovery and Composition of Smart Space Elements

RODRIGUEZ ROCHA, OSCAR;FIGUEROA MARTINEZ, CRISTHIAN NICOLAS;
2013

Abstract

Nowadays, the variety of mobile services is growing together with the number of customers and the heterogeneity of their mobile de- vices, thus, monitoring the users of a mobile network has become a chal- lenge. Considering Smart Space Governing to address this issue, in which the mobile network is considered an Smart Space (due to its size and complexity) and their elements (mobile devices and network monitoring services), it is possible to create rules to monitor the output of these elements. We call those rules as Smart Space Compositions and can be created through the platform’s Visual Editor, that during the graphical creation process, provides the user with a list of similar existing composi- tions that can be reused at any time to improve the composition process. This paper describes the implementation by a Telecommunications Op- erator of this composition module supported by subgraph isomorphism techniques.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/2508489
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