Automate

The scientific computational work as portable workflows. Automatically locates the necessary input data and computational resources, and manages storage space for executing data-intensive workflows on storage-constrained resources. Learn more.

Recover

From failures at runtime (fault-tolerance). Task are automatically retried in the presence of errors. A rescue workflow containing a description of only the work that remains is provided. Provenance is also captured (data, software, parameters, etc.). Learn more.

Debug

Failures in computations using a set of system provided debugging tools and an online workflow monitoring dashboard. Learn more.

Highlights from the Blog

Online Pegasus Office Hours (April/2018)
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We will be holding regular online Pegasus Office Hours starting Friday April 13th at 11AM Pacific.Initially, they will be held on a bi-monthly basis on second Friday of the month, and will address user questions and also apprise the community of new developments.We will have an overview presentation on how … Read More

Pegasus related talks and topics at the 2018 OSG All Hands Meeting
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Last week, Open Science Grid held its annual All Hands Meeting, this time hosted by University of Utah. It was a pleasure to meet Pegasus users and see their talks. A big thank you to those projects and presenters, for sharing their experiences and continued use of Pegasus. Here are … Read More

CyVerse Container Camp
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Pegasus team members will be giving an overview of how to use containers in Pegasus workflows, at the CyVerse Container Camp, March 7-9 at University of Arizona, Tucson. The Pegasus portion is currently scheduled for Friday, but the rest of the agenda is packed with related and interesting topics such … Read More

Pegasus 4.8.1 Released
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We are happy to announce the release of Pegasus 4.8.1 . Pegasus 4.8.1 is a minor bug fix release Improvements [PM-1233] – update pyopen ssl to 0.14 or higher Bugs Fixed [PM-1221] – source tar balls have .git files [PM-1222] – condor dagman does not allow . in job names … Read More

Pegasus Contributed to New Gravitational-Wave Detector Discovery
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  A collaboration that began 16 years ago between computer scientists at the USC Information Sciences Institute (ISI) and members of the Laser Interferometer Gravitational-Wave Observatory (LIGO) and Virgo projects is opening up a new window onto the nature of the universe. Pegasus, a specialized computer program developed by a … Read More

Nobel Prize-winning discovery on Gravitational Waves came about with contributions from Pegasus
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  By Emily Gersema, USC News The Nobel Prize-winning discovery that gravitational waves exist in the universe, which in turn further confirmed Albert Einstein’s General Theory of Relativity, was made possible in part by a collaboration with USC computer scientists. By developing a specialized computer program called Pegasus, a team … Read More

Pegasus receives continued support from the National Science Foundation
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The Pegasus team is pleased to announce that it has received a new grant from the National Science Foundation to support new development and maintenance of the Pegasus Workflow Management System.   It will support Pegasus for the next 5 years and help address the needs of our diverse user community. … Read More

Pegasus Featured in Blue Waters Webinar Series
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Blue Waters provides a series of free webinars throughout the year. The Scientific Workflows webinar track provides an overview of common scientific workflows and tools that enable them. In the first presentation of series of webinars, Scott Callaghan presented an overview of scientific workflows, where he discussed what the community … Read More