Linking Sensor Data to a Cloud-based Storage Server Using a Smartphone Bridge

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Author(s)
Rowlands, David
Ride, Jason
McCarthy, Mitchell
Laakso, Liisa
James, Daniel
Griffith University Author(s)
Year published
2012
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There is a need for systems that unify the processes of collecting, storing and analysing long-term sensor data in multi-user contexts. The ubiquity and communication features of smartphones make them suitable as data aggregation platforms for standalone sensors. Cloud-based servers are advantageous for their centralisation and scalability in the storage and processing of data. This paper conceptualises a method to link sensors with a cloud server by detailing a smartphone application design (for collecting, aggregating and transmitting data from connected sensors), communication protocol (to preserve security and ...
View more >There is a need for systems that unify the processes of collecting, storing and analysing long-term sensor data in multi-user contexts. The ubiquity and communication features of smartphones make them suitable as data aggregation platforms for standalone sensors. Cloud-based servers are advantageous for their centralisation and scalability in the storage and processing of data. This paper conceptualises a method to link sensors with a cloud server by detailing a smartphone application design (for collecting, aggregating and transmitting data from connected sensors), communication protocol (to preserve security and integrity of data during transmission) and storage methodology (to protect data during processing and storage within the cloud server). Overall, this paper presents design concepts to link sensors with cloudbased storage and provides details of a health-based implementation that applies them.
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View more >There is a need for systems that unify the processes of collecting, storing and analysing long-term sensor data in multi-user contexts. The ubiquity and communication features of smartphones make them suitable as data aggregation platforms for standalone sensors. Cloud-based servers are advantageous for their centralisation and scalability in the storage and processing of data. This paper conceptualises a method to link sensors with a cloud server by detailing a smartphone application design (for collecting, aggregating and transmitting data from connected sensors), communication protocol (to preserve security and integrity of data during transmission) and storage methodology (to protect data during processing and storage within the cloud server). Overall, this paper presents design concepts to link sensors with cloudbased storage and provides details of a health-based implementation that applies them.
View less >
Conference Title
SENSORCOMM 2012 : The Sixth International Conference on Sensor Technologies and Applications
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Copyright Statement
© 2012 IARIA. The attached file is reproduced here in accordance with the copyright policy of the publisher. Please refer to the conference's website for access to the definitive, published version.
Subject
Electrical and Electronic Engineering not elsewhere classified