Production and testing workflows in high-performance computing (HPC) environments demand efficient workflow management tools to coordinate complex, interdependent tasks. At RedLine, we have leveraged ecFlow, a robust workflow automation suite
In this post, we’ll dive into porting the Global Workflow, a critical weather forecasting system, to the Google Cloud Platform (GCP). The Global Workflow consists of two major components –
https://www.youtube.com/watch?v=c4kRUqQuNSM 🚀 Curious about unlocking scientific and engineering insights in the data explosion of R&D computing? Watch our CTO, Don Avart, in action as he shares his expertise on this
Scaling HPC applications on your hardware is a vital task in supercomputing. If an application can’t use all of the hardware devoted to it, then you have expensive equipment sitting
Scientists and researchers increasingly use high-performance computers, among other tools, to acquire, organize, and process data. As experts in their domains, it’s natural to expect them to be more productive
There are many build systems available for software development, and if your software is still using the venerable Make system, it can certainly pay to investigate an upgrade. Kitware’s cross-platform
The programming language Fortran has been in existence since 1957, and a large percentage of software that runs on HPC systems worldwide is written, at least in part, in Fortran.
As HPC architectures continue to evolve and offer ever-increasing performance, it has become imperative to adapt existing software in order to fully harness that power. As discussed in an earlier
For high-performance computing professionals, a deep understanding of how programs execute is vital. Often, that knowledge can spell the difference between making proper use of computing resources and meeting deadlines
As a professional with access to a high performance computing environment, you already know it represents a scarce, precious, and expensive resource. You may have to schedule time in advance,
