Synergistic User <-> Context Analytics
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Description
Various avours of a new research field on (socio-)physical or personal analytics
have emerged, with the goal of deriving semantically-rich insights from people's low-level physical sensing combined with their (online) social interactions. In this paper, we argue for more comprehensive data sources, including environmental (e.g. weather, infrastructure) and application-specific data, to better capture the interactions between users and their context, in addition to those among users. To illustrate our proposed concept of synergistic user <-> context analytics, we first provide some example use cases. Then, we present our ongoing work towards a synergistic analytics platform: a testbed, based on mobile crowdsensing and the Internet of Things (IoT), a data model for representing the different sources of data and their connections, and a prediction engine for analyzing the data and producing insights.
have emerged, with the goal of deriving semantically-rich insights from people's low-level physical sensing combined with their (online) social interactions. In this paper, we argue for more comprehensive data sources, including environmental (e.g. weather, infrastructure) and application-specific data, to better capture the interactions between users and their context, in addition to those among users. To illustrate our proposed concept of synergistic user <-> context analytics, we first provide some example use cases. Then, we present our ongoing work towards a synergistic analytics platform: a testbed, based on mobile crowdsensing and the Internet of Things (IoT), a data model for representing the different sources of data and their connections, and a prediction engine for analyzing the data and producing insights.
Date of Publication
2015-10
Publication Type
Conference Item
Language(s)
en
Contributor(s)
Marios Angelopoulos, Constantinos | |
Evangelatos, Orestis | |
Rolim, José | |
Papandrea, Michela | |
Garg, Kamini | |
Giordano, Silvia | |
C. Y. Tossou, Aristide | |
Dimitrakakis, Christos | |
Mitrokotsa, Aikaterini |
Additional Credits
Series
Advances in Intelligent Systems and Computing
Publisher
Springer International Publishing
ISSN
2194-5357
ISBN
978-3-319-25733-4
Access(Rights)
restricted