The Pawsey Supercomputing Centre

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GPU Accelerated Gravitational Wave Signal Processing

By Daniel Bartels • June 22nd, 2015

We propose to apply Zeus GPU facilities to continue our on-going development of the GPU-accelerated gravitational wave (GW) search pipeline. This pipeline will be used for one of the prioritised searches for the first science run of the advanced GW detectors in the US and in Europe starting September 2015. We are now in themore…

Australian Collaboration of Gravitational Wave Signal Processing

By Daniel Bartels • June 19th, 2015

We will use Magnus for an Australia-wide collaboration to develop methods and pipelines to detect gravitational waves (GWs) using data from GW detectors.    We will (1) develop and test the offline search pipelines for GWs from binaries neutron stars and black holes – as a parallel development for the GPU accelerated online search;  more…

GPU Accelerated Gravitational Wave Signal Processing

By Daniel Bartels • February 18th, 2015
GPU Accelerated Gravitational Wave Signal Processing

We propose to apply Fornax and future Pawsey Supercomputing Centre GPU facilities to continue our on-going development of the GPU-accelerated gravitational wave (GW) search pipeline.   This pipeline will be used for one of the prioritised searches for the first science run of the advanced GW detectors in the US and in Europe starting Septembermore…

Australian Collaboration of Gravitational Wave Signal Processing

By david satterthwaite • February 18th, 2015

We propose to use Magnus for an Australia-wide collaboration to develop gravitational wave (GW) search pipelines and to apply the pipelines to search for GWs in the data of advanced GW detectors.   We will continue to develop and test the offline search pipelines for gravitational waves from binaries of neutron stars and black holes –more…