@INPROCEEDINGS{7776506,

author={J. Lofstead and A. Champsaur and J. Dayal and M. Wolf and G. Eisenhauer},

booktitle={2016 IEEE International Conference on Cluster Computing (CLUSTER)},

title={SuperGlue: Standardizing Glue Components for HPC Workflows},

year={2016},

volume={},

number={},

pages={170-171},

abstract={This poster describes our work on SuperGlue, a set of generic, reusable components for composing scientific workflows. These are distributed data analysis and manipulation tools that can be chained together to form a variety of real-time workflows providing analytical results during the execution of the primary scientific code. Unlike existing components used in IAWs, SuperGlue components do not have a fixed data type. This one change enables using these components on completely different kinds of simulations that share nothing in their output format. Key to making this work is using a typed transport mechanism between different components. Many options exist for these transports and the particular mechanism selected is not critical.},

keywords={object-oriented programming;parallel processing;software reusability;HPC workflows;IAW;SuperGlue components;distributed data analysis;glue components;manipulation tools;scientific code;scientific workflows;Arrays;Complexity theory;Computational modeling;Histograms;Laboratories;Real-time systems;Runtime},

doi={10.1109/CLUSTER.2016.90},

ISSN={},

month={Sept},
}