After each Call has been concluded we publish the compute time allocated to each project, in terms of CPU-Mhours on the DiRAC Resource on which the calculations are to be run, as well as the Storage Space [TB] allocated. In DiRAC we have three compute services and due to the different architectures on each service, the CPU-Mhours awarded to projects using different services may not be directly comprable.

For more information please email the Project Office

Table 1: Time Allocations from the 8th Resource Allocation Committee Call for Proposals.

Application ID Project Code Project Title Principal Investigator BG/Q (CPU Mhs) Data Centric (CPU Mhs) SMP (CPU Mhs) Data Analytic (CPU Mhs) Complexity (CPU Mhs) Wilkes GPU (CPU Mhs) Total (CPU Mhs)
ASCP103 dp071 Simulation of active galaxtic nuclei jet feedback in galaxy clusters Dr Martin Bourne 0.50 0.50 1.00
ASCP104 dp072 Supermassive black hole seeding in cosmological hydrodynamical simulations Dr Colin DeGraf 0.50 1.80 2.30
ASCP105 dp073 Full MHD empirical models of the chromosphere of sunspots at the highest resolution: dynamics and accessibility Dr Vasco Henriques 0.75 0.75
ASCP106 dp070 Non-ideal plasma effects and their observational signatures in the solar chromosphere Dr Sergiy Shelyag 1.00 1.00
ASCP108 dp074 Explaining the onset of explosive magnetic reconnection in the solar corona and its links to the generation of solar energetic particles Dr Peter Wyper 0.80 0.80
ASCP109 dp075 Uncovering the nature of dark matter with tidal stellar streams Dr Dennis Erkal 0.002 0.90 0.902
ASCP110 dp076 3D explosion models of Ultra-A-Stripped Supernovae Dr Bernhard Mueller 2.00 2.00

 

Table 2: Storage Allocations [Disk] from the 8th Resource Allocation Committee Call for Proposals.

BG/Q Data Centric Data Analytic SMP Complexity
(Scratch)
Complexity
(Data)
Application ID Project ID Project
Title
Principal Investigator Quota[TB] Quota [TB] Quota [TB] Quota [TB] Quota [TB] Quota
[TB]
ASCP103 dp071 Simulation of active galaxtic nuclei jet feedback in galaxy clusters Dr Martin Bourne 4 4
ASCP104 dp072 Supermassive black hole seeding in cosmological hydrodynamical simulations Dr Colin DeGraf 5 10
ASCP106 dp070 Non-ideal plasma effects and their observational signatures in the solar chromosphere Dr Sergiy Shelyag 30
ASCP108 dp074 Explaining the onset of explosive magnetic reconnection in the solar corona and its links to the generation of solar energetic particles Dr Peter
Wyper
1
ASCP109 dp075 Uncovering the nature of dark matter with tidal stellar streams Dr Dennis Erkal 10
ASCP110 dp076 3D explosion models of Ultra-A-Stripped Supernovae Dr Bernhard Mueller 10