Web Science Studies into Semantic Web Service-Based Research Environments (Awarded "Best Paper"). Wilkinson, M., D. The Fifth International Conferences on Advanced Service Computing, SERVICE COMPUTATION 2013, pages 71-74. Copyright (c) IARIA, 2013, 2013.
The Fifth International Conferences on Advanced Service Computing, SERVICE COMPUTATION 2013 [link]Website  abstract   bibtex   
The emergent domain of Web Science has a number of as-yet unrealized goals. Among these are: to facilitate scientific discourse by supporting the explicit comparison and evaluation of hypotheses; to simplify in silico experiments by providing an ecosystem of expert analytical strategies that can be automatically assembled; to enhance scientific rigor by reducing bias, and improving reproducibility; and to integrate the knowledge gained from the experiment back into the Web. SHARE is a novel orchestration system that automatically chains-together Semantic Automated Discovery and Integration (SADI)–style Semantic Web Services. During development of SHARE, we noted that many requirements of such an end-to-end Web Science research environment were being realized. These include formally-defined, machine-readable, Web-embedded research hypotheses; an explicit, transparent, rigorous, and reproducible research methodology utilizing the most up-to-date data and expert-knowledge from the community; immediate dissemination and re-use of the resulting data and knowledge; and enhanced support for peer-review. This manuscript describes how SHARE is now being tested as a prototype Web Science framework. (Best Paper Award: http://www.iaria.org/conferences2013/AwardsSERVICECOMPUTATION13.html)
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 abstract = {The emergent domain of Web Science has a number of as-yet unrealized goals. Among these are: to facilitate scientific discourse by supporting the explicit comparison and evaluation of hypotheses; to simplify in silico experiments by providing an ecosystem of expert analytical strategies that can be automatically assembled; to enhance scientific rigor by reducing bias, and improving reproducibility; and to integrate the knowledge gained from the experiment back into the Web. SHARE is a novel orchestration system that automatically chains-together Semantic Automated Discovery and Integration (SADI)–style Semantic Web Services. During development of SHARE, we noted that many requirements of such an end-to-end Web Science research environment were being realized. These include formally-defined, machine-readable, Web-embedded research hypotheses; an explicit, transparent, rigorous, and reproducible research methodology utilizing the most up-to-date data and expert-knowledge from the community; immediate dissemination and re-use of the resulting data and knowledge; and enhanced support for peer-review. This manuscript describes how SHARE is now being tested as a prototype Web Science framework. (Best Paper Award: http://www.iaria.org/conferences2013/AwardsSERVICECOMPUTATION13.html)},
 bibtype = {inbook},
 author = {Wilkinson, Mark D.},
 chapter = {Web Science Studies into Semantic Web Service-Based Research Environments (Awarded "Best Paper")},
 title = {The Fifth International Conferences on Advanced Service Computing, SERVICE COMPUTATION 2013}
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