Interaction models for profiling assets in an extensible and semantic WoT framework,
Amir, Mohammad Hu, Yim Fun Pillai, Prashant Cheng, Yongqiang Bibiks, Kirils
Amir, Mohammad
Hu, Yim Fun
Pillai, Prashant
Cheng, Yongqiang
Bibiks, Kirils
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2013
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Abstract
This paper addresses interoperability issues in an IoT-based cloud environment consisting of multiple WSN clusters
made up of connected objects embedded with smart devices which are fully integrated to the Web, forming the Web-ofThings
(WoT). Two levels of interoperability are considered: Device-level interoperability and semantic-level interoperability.
Eminent issues relating to device heterogeneity and platform dependencies are resolved by using an OSGi
(Open Service Gateway initiative) framework as the software fabric for IoT deployment. However, OSGi alone is not
enough to resolve data heterogeneity issues, and even less in providing a semantic mapping of devices and their data
streams in a generic deployment. To enable this level of interoperability, a novel system that envisages an all-purpose
collaboration framework for the WoT to deliver Sensing and Collaboration as a Service (SeaaS/CaaS) is presented.
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Amir MM, Hu YF, Pillai P, Cheng Y and Bibiks K (2013) Interaction models for profiling assets in an extensible and semantic WoT framework. In: Proceedings of the 10th International Symposium on Wireless Communication Systems, ISWCS 2013. 27-30 Aug 2013. Ilmenau, Germany. VDE: 1-5.
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