Speaker
Dr
Antonio Limosani
(University of Melbourne (AU))
Description
The Australian Government is making a $AUD 100 million investment in
Compute and Storage for the academic community. The Compute facilities
are provided in the form of 24,000 CPU cores located at 8 nodes around
Australia in a distributed virtualized Infrastructure as a Service
facility based on OpenStack. The storage will eventually consist of
over 100 petabytes located at 6 nodes. All will be linked via a 100
Gbs network.
This presentation will describe the development of a fully connected
WLCG Tier-2 grid site as well as a general purpose Tier-3 computing
cluster based on this architecture.
The facility employs an extension to Torque to enable dynamic
allocations of virtual machine instances. Storage is provided by a
federation of DPM installations at each storage node. A base Scientific
Linux VM image is deployed in the OpenStack cloud and automatically
configured as required using Puppet. Custom scripts are used to launch
multiple VMs, integrate them into the dynamic Torque cluster and
to mount remote file systems.
We will report on our experience in implementing this nation-wide ATLAS and Belle II Tier 2 and Tier 3 computing infrastructure using the
national Research Cloud and storage facilities. In particular we will describe how we have addressed the challenges of using OpenStack VMs in a Torque cluster, automated configuration of VM instances, federated
authentication across multiple institutions and supported access to
remote file systems.
Primary author
Martin Sevior
(University of Melbourne)
Co-authors
Dr
Antonio Limosani
(University of Melbourne (AU))
Ms
Joanna Huang
(University of Melbourne)
Mr
Ross Wilson
(University of Adelaide)
Shunde Zhang
(eRSA)
