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- paper-43 type InProceedings.
- paper-43 label "Git2PROV: Exposing Version Control System Content as W3C PROV".
- paper-43 sameAs paper-43.
- paper-43 abstract "Data provenance is defined as information about entities, activities and people producing or modifying a piece of data. On the Web, the interchange of standardized provenance of (linked) data is an essential step towards establishing trust. One mechanism to track (part of) the provenance of data, is through the use of version control systems (VCS), such as Git. These systems are widely used to facilitate collaboration primarily for both code and data. Here, we describe a system to expose the provenance stored in VCS in a new standard Web-native format: W3C PROV. This enables the easy publication of VCS provenance on the Web and subsequent integration with other systems that make use of PROV. The system is exposed as a RESTful Web service, which allows integration into user-friendly tools, such as browser plugins.".
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- paper-43 title "Git2PROV: Exposing Version Control System Content as W3C PROV".
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- item-1 hasContent tom-de-nies.
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- paper-44 type InProceedings.
- paper-44 label "Context Aware Sensor Configuration Model for Internet of Things".
- paper-44 sameAs paper-44.
- paper-44 abstract "We propose a Context Aware Sensor Configuration Model (CASCoM) to address the challenge of automated context-aware configuration of filtering, fusion, and reasoning mechanisms in IoT middleware according to the problems at hand. We incorporate semantic technologies in solving the above challenges.".
- paper-44 hasAuthorList authorList.
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- paper-44 title "Context Aware Sensor Configuration Model for Internet of Things".
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- item-1 hasContent charith-perera.
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- paper-45 label "Best-effort Linked Data Query Processing with time constraints using ADERIS-Hybrid".
- paper-45 sameAs paper-45.
- paper-45 abstract "Answering SPARQL queries over the Web of Linked Data is a challenging problem. Approaches based on distributed query processing provide up-to-date results but can suffer from delayed response times, indexing-based approaches provide fast response times but results can be out-of-date and the costs of indexing the growing Web of Linked Data are potentially huge. Hybrid approaches try to offer the best of both. In this demo paper we describe a system for answering SPARQL queries within fixed time constraints by accessing SPARQL endpoints and the Web of Linked Data directly.".
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- paper-45 title "Best-effort Linked Data Query Processing with time constraints using ADERIS-Hybrid".
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- item-1 hasContent steven-lynden.