Shaken not Stirred: Mixing Semantics into XPDL
نویسندگان
چکیده
Ubiquitous computing requires lightweight approaches to coordinating tasks distributed across smart devices. We are currently developing a semantic workflow modelling approach that blends the proven robustness of XPDL with semantics to support proactive behaviour. We illustrate the potential of the model through an example based on mixing a dry martini.
منابع مشابه
Fluid dynamics and mixing behavior in orbitally shaken bioreactors for mammalian cell cultivation
Rationale and significance. Recombinant therapeutic proteins are frequently produced in mammalian cells cultivated in suspension in large-scale stirred tank bioreactors. There are three major drawbacks to stirred-tank bioreactors. First, they are expensive to purchase and maintain, limiting their availability to some potential users. Second, they have not been adapted to volumetric scales less ...
متن کاملShaken, not stirred: bioanalytical study of the antioxidant activities of martinis.
BACKGROUND Moderate consumption of alcoholic drinks seems to reduce the risks of developing cardiovascular disease, stroke, and cataracts, perhaps through antioxidant actions of their alcohol, flavonoid, or polyphenol contents. "Shaken, not stirred" routinely identifies the way the famous secret agent James Bond requires his martinis. OBJECTIVES As Mr Bond is not afflicted by cataracts or car...
متن کاملPatterns and XPDL: A Critical Evaluation of the XML Process Definition Language
XML Process Definition Language (XPDL) is the language proposed by the Workflow Management Coalition (WfMC) to interchange process definitions between different workflow products. The goal of XPDL is to provide a Lingua Franca for the workflow domain allowing for the import and export process definitions between a variety of tools ranging from workflow management systems to modeling and simulat...
متن کاملA Study on Liquid-liquid Mixing in a Stirred Tank with a 6-Blade Rushton Turbine
The turbulent flow field generated in a baffled stirred tank was computed by large eddy simulation (LED) and the flow field was developed using the Sliding Mesh (SM) approach. In this CFD study, mixing times and power number have been determined for a vessel agitated by a 6-blade Rushton turbine. The predicted results were compared with the published experimental data. The satisfactory results ...
متن کامل