Reproducible computational workflows with signac

15 Oct 2018, 16:00
30m
North Quad room 2435 (University of Michigan)

North Quad room 2435

University of Michigan

105 S. State St. Ann Arbor, MI 48109-1285
Presentation Complementary Technology Solutions Complementary Technology Solutions

Speaker

Mr Bradley Dice (University of Michigan)

Description

The open-source Python framework signac is designed to manage data sets and perform operations on the data in an efficient, reproducible, and collaborative way. The framework is particularly well-suited for data-driven exploration of file-based, dynamic and heterogeneous data spaces. In contrast to many databases and task executors, signac's serverless data management and signac-flow's portable workflow model ensure that workflows are just as easily executed on laptops as in high-performance computing environments. The signac approach not only increases research efficiency, it also improves reproducibility and lowers barriers for data sharing by transparently enabling the robust tracking, selection, and searching of data by its metadata. Collaboration on signac data spaces is as simple as using any shared network file system. In the last year, several features have been added to improve searching, synchronizing, importing, and exporting data.

Author

Mr Bradley Dice (University of Michigan)

Co-authors

Mr Carl S. Adorf (University of Michigan) Mr Vyas Ramasubramani (University of Michigan) Prof. Sharon C. Glotzer (University of Michigan)

Presentation materials