The VECMA toolkit (VECMAtk) we have developed to support VVUQ for multiscale applications has been made available to the community in stages throughout the project, under an open source release with a final updated release scheduled in January 2022. The toolkit has been equipped with UQPs and VVPs which are optimized and flexibly applicable for…
We are pleased to pre-announce the Month 30 version of the Validation, Verification, Uncertainty Quantification (VVUQ) Software Toolkit (VECMAtk) release. The Toolkit release contains various functionalities, including unit and functional tests, as well as detailed documentation and tutorials. As a refresh, the VECMAtk has been developed to enable automated VVUQ for multiscale applications that can…
We are holding the third VECMA Hackathon in the beginning of the new year! You are invited to join a VECMA Toolkit Hackathon on 19-22 January 2021. The Hackathon will allow you to interact with our VECMAtk experts, who will help you apply your choice of VECMAtk tools on your own codes and applications. As a…
VECMA is organising the 3rd Multiscale Modelling and Simulation (MMS) workshop associated with ICCS 2021 in Krakow, Poland, 16-18 Jun 2021. Modelling and simulation of multiscale systems constitutes a grand challenge in computational science, and is widely applied in fields ranging from the physical sciences and engineering to the life science and the socio-economic domain.…
VECMA is organising the 2nd Uncertainty Quantification (UQ) thematic track UNEQUIvOCAL thematic track associated with ICCS 2021 in Krakow, Poland, 16-18 Jun 2021. Further details for the 2nd Uncertainty Quantification (UQ) thematic track UNEQUIvOCAL can be found from the web address here. Topics of interest include but are not limited to the following: – Forward…
We are pleased to offer VECMA Jupyter Notebook for interactive tutorials and learning of the VVUQ Toolkit (VECMAtk) that has been developed from the VECMA project. VECMAtk enables automated Verification, Validation and Uncertainty Quantification (VVUQ) for complex single- and multi-scale applications that can be deployed on emerging exascale platforms as well as on local computers…
We are pleased to announce one of our core partners, Brunel University, has launched this project, in connection with VECMA, to maximise the accessibility of research results in the fight against COVID-19. Funds raised will be used to create an interactive COVID-19 risk assessment map which will map the spread risk in several UK…
The interactive tutorials aim to provide a portable training environment without requiring the installation of the VECMAtk components. Specifically, these tutorials focus on trying out our the specific VECMAtk components: FabSim3, EasyVVUQ, QCG-PilotJob and EasyVVUQ-QCGPJ using example applications. These interactive tutorials offer unique opportunities to teach and learn independently on how to perform VVUQ analysis.…
Researchers from the Brunel University London led by Dr Derek Groen have developed the Flu And Corona virus Simulator (FACS), a simulation tool that models the viral spread at the sub-national level, incorporating geospatial data sources to extract buildings and residential areas within a predefined region. Using FACS, the researchers can model Covid-19 spread at…
We are pleased to announce the Month 18 release of the VECMA VVUQ Toolkit (VECMAtk). The VECMAtk provides several tools for end users to capture complex scenarios, applied to applications in wide science and engineering domains, and used to run multiscale simulations on any desktop, cluster or supercomputing platform. Some new features have been added…
