Conveners
Operating systems, clouds, virtualisation, grids
- Michel Jouvin (Université Paris-Saclay (FR))
- Dino Conciatore (CSCS (Swiss National Supercomputing Centre))
Operating systems, clouds, virtualisation, grids
- Michel Jouvin (Université Paris-Saclay (FR))
- Dino Conciatore (CSCS (Swiss National Supercomputing Centre))
Operating systems, clouds, virtualisation, grids
- Dino Conciatore (CSCS (Swiss National Supercomputing Centre))
- Michel Jouvin (Université Paris-Saclay (FR))
This presentation will focus on two topics: 1) status of ATLAS T2 site in Taiwan, and 2) experiences of supporting broader scientific computing over the cloud based on WLCG technology.
Crossplane is a cloud-native control plane for declarative management of infrastructure and platform resources using Kubernetes-native APIs.
It enables the integration of infrastructure-as-code practices by reusing existing tools such as Ansible and Terraform, while providing flexible, instanceable "compositions" for defining reusable resource configurations. This approach allows...
The CMS Coffea-Casa analysis facility at the University of Nebraska-Lincoln provides researchers with Kubernetes based Jupyter environments and access to CMS data along with both CPU and GPU resources for a more interactive analysis experience than traditional clusters provide. This talk will cover updates to this facility within the past year and recent experiences with the 200 Gbps challenge.
dCache is composed by a set of components running in Java Virtual Machines (JVM) and a storage backend, Ceph in this case. CSCS moved these JVMs into containers and developed an Helm Chart to deploy them on a Kubernetes cluster. This cloud native approach makes the deployments and management of new dCache instances easier and faster.
Encountered challenges and future developments will be...
The 2nd Joint Xrootd and FTS Workshop at STFC in September 2024 covered many interesting topics. This presentation will summarize the discussion on state of affairs of FTS and Xrootd, plan on FTS4, WLCG token support in FTS, future plan on CERN Data Management Client, The Pelican project and Xrootd/Xcache, Xrootd monitoring, etc. It will cover some of the feedback by experiments, especially...
The Purdue Analysis Facility (Purdue AF) is an advanced computational platform designed to support high energy physics (HEP) research at the CMS experiment. Based on a multi-tenant JupyterHub server deployed on a Kubernetes cluster, Purdue AF leverages the resources of the Purdue CMS Tier-2 computing center to provide scalable, interactive environments for HEP workflows. It supports a full HEP...
