HPC applications are increasingly being designed as dynamic workflows for the ease of
development and scaling. This work demonstrates how the serverless computing model can …

This work introduces Mashup, a novel strategy to leverage serverless computing model for
executing scientific workflows in a hybrid fashion by taking advantage of both the traditional …

Scientific and commercial applications are increasingly being executed in the cloud, but the
difficulties associated with cluster management render on-demand resources inaccessible …

Scientific workflows drive most modern large-scale science breakthroughs by allowing
scientists to define their computations as a set of jobs executed in a given order based on …

Exascale computers will offer transformative capabilities to combine data-driven and
learning-based approaches with traditional simulation applications to accelerate scientific …

The increasing availability of cloud computing services for science has changed the way
scientific code can be developed, deployed, and run. Many modern scientific workflows are …

As science gateways are becoming an increasingly popular digital interface for scientific
communities, it is important for High-Performance Computing centers to provide a modern …

We introduce the Balsam service to manage high-throughput task scheduling and execution
on supercomputing systems. Balsam allows users to populate a task database with a variety …

Scientific workflows consisting of a high number of dependent tasks represent an important
class of complex scientific applications. Recently, a new type of serverless infrastructures …

Scientific workflows consisting of a high number of interdependent tasks represent an
important class of complex scientific applications. Recently, a new type of serverless …