News & press releases
eFlows4HPC at HiPEAC 2023
EFlows4HPC researchers are presenting our latest work at HiPEAC 2023, the premier European forum for experts in computer architecture, programming models, compilers and operating systems for general-purpose, embedded, and cyber-physical systems: Monday, 16th Jan...
INTRODUCTION TO HPC WORKFLOWS AS A SERVICE AND SOFTWARE STACK
Fifty participants joined this eFlows4HPC hybrid training event, including a hands-on session. This interactive morning training event gave participants insight into the eFlows4HPC software stack and HPCWaaS and presented the eFLows4HPC software stack components.
ENABLING DYNAMIC AND INTELLIGENT WORKFLOWS FOR HPC, DATA ANALYTICS AND AI CONVERGENCE
Eflows4HPC LAUNCHES ITS REFERENCE PUBLICATION
The publication focuses on the life cycle management of complex workflows that integrate HPC simulations with Data Analytics and AI algorithms. It includes use cases on climate modelling and the prototyping of complex manufactured objects.
Adapting HPC workflows for Urgent Tsunami Computing
Our "Probabilistic Tsunami Forecast" workflow adapts existing workflows to be more readily and dynamically deployed on federated HPC resources. The goal is to provide Tsunami Warning Centers with a robust, likelihood-based, prediction as to the tsunami impact...
Managing complex workflows with our first software stack release
First release of a set of integrated components to allow users to build and manage complex workflows. It provides the integration of TOSCA, PyCOMPs and Data Logistic Pipelines. Following the European Commission Open Source Software Strategy 2020-2023 to further...
Women in STEM interview series #1 – Rosa M. Badia
Rosa M. Badia is the manager of the Workflows and Distributed computing group at the Barcelona Supercomputing Center (BSC) and the eFlows4HPC coordinator. She is also a lecturer at the Computer Architecture Department (DAC) at the Polytechnic University of Catalonia...
Towards dynamic workflows for Earth System Modelling and extreme events analysis
Earth System Models (ESM) simulations represent one of the most challenging HPC use cases due to very high computational cost, intensive Input/Output patterns, very large data volumes produced, and the necessity of post-processing them to distill knowledge and extract...
eFlows4HPC contributes to develop complex workflows for earthquakes
eflows4HPC supports the HPC CoE ChEESE by developing complex workflows for the geoscience community, in particular, for earthquakes. During last week, the ChEESE organized a live demo of the UCIS4EQ User Portal, an interface that has a particular interest for...
Building a framework for reduced order models for digital twins in manufacturing
In the last decades, the level of accuracy of numerical simulations of physical assets within the manufacturing industry has allowed their throughout study and improvement.
Rooting for inclusion in the HPC community
We at eFlows4HPC take pride in doing our bit to support the equality and diversity values in the community.