The allocations given here are in CPU-Megahours on the computer/s that the calculation is run on. Given the different architectures that we have in DiRAC, they are not comparable.

Table 1: Allocations from the 7th Resource Allocation Committee Call for Proposals.

Code Status Project Title & Webpage 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)
dp002 Year 1 The COSMOS Consortium: Fundamental Cosmology and the Origin of Structure in the Universe Prof. Paul Shellard 11.77 15.52 7.32 3.21 37.82
dp004 Year 1 VIRGO Consortium Prof. Carlos Frenk 67,01 67.01
dp005 Year 1 Theoretical Astrophysics at Leicester Dr Mark Wilkinson 11.89 4.60 16.49
dp006 Year 1 Extreme QCD Prof. Chris Allton 406.8 406.80
dp007 Year 1 Hadron physics of up, down and strange quarks Dr Roger Horsley 280.0 280.00
dp008 Year 1 UKQCD–DWF: physics with dynamical chiral quarks Dr Andreas Juettner 1,560.0 1,560,00
dp009 Year 1 Non perturbative BSM dynamics Dr Antonio Rago 154.8 154.80
dp010 Year 1 UKMHD Consortium: 2) Solar Atmosphere Prof. Alan Hood 1.8 5.72 0.36 7.88
dp012 Year 1 Black Holes Dr Debora Sijacki 1.20 3.20 1.60 6.00
dp014 Year 1 Galactic scale studies of star formation Prof. Ian Bonnell 4.34 4.34
dp015 Year 1 High Performance Computing Support for Exeter Astrophysics Prof. Matthew Bate 35.84 1.28 38.40 75.52
dp016 Year 1 Nephthys: A New Generation of Galaxy Zooms Dr Adrianne Slyz 14.75 14.75
dp019 Year 1 HPQCD High Precision QCD Collaboration Prof. Christine Davies 43.20 43.20
dp031 Year 3 Kinetic Plasma Turbulence Prof. David Burgess 1.20 1.20
dp033 Year 3 Radiative Transfer in Type I Supernovae Dr Stuart Sim 0.96 0.96
dp034 Year 1 Numerical simulations of black hole binaries Dr Mark Hannam 14.20 14.20
dp036 Year 1 Chemodynamical Simulations of Galaxies Dr Chiaki Kobayashi 2.41 2.41
dp040 Year 3 Stellar Structure and Nucleosyntheis Dr Raphael Hirschi 2.88 0.32 3.20
dp041 Short Spectral Modelling of Type 1b/c Supernovae Dr Anders Jerkstrand 0.28 0.28
dp042 Year 3 Probing Reionization Miss Laura Keating 1.10 1.10
dp046 Year 3 Galactic Evolution Dr Victor Debattista 1.2 1.20
dp047 Year 3 DISCSIM Prof. Cathy Clarke 2.4 0.48 2.88
dp048 Year 3 Convection in Stars Dr Isabelle Baraffe 1.60 1.60
dp050 Short Simulating gravitational instabilities that drive vertical structure formation in quiescent prominences Dr Andrew Hillier 0.79 0.79
dp051 Year 1 Excited Charmonia from Lattice QCD Dr Christopher Thomas 2.05 2.05
dp056 Short Atmospheric Circulation of Transiting Hot Jupiters Dr Tiffany Kataria 0.06 0.06
dp058 Short The missing link: Unlocking galaxy evolution by understanding star formation Dr Rowan Smith 0.99 0.99
dp060 Year 1 Temperature dependent cross-sections for large hydrocarbons Dr Sergey Yurchenko 8.51 5.73 2.22 16.46
dp061 Year 1 Multi-scale simulations of the Universe Dr Oscar Agertz 9.46 9.46
dp062 Short Simulating whistler-mode wave-particle interactions in the magnetosphere Dr Heather Ratcliffe 0.17 0.43 0.6
dp063 Short Simulating whistler-mode wave-particle interactions in the magnetosphere Dr Daisuke Kawata 1.47 1.47
dp064 Year 1 Linking the nuclear interaction to the structure of the heavy elements Dr Carlo Barbieri 1.98 1.75 3.73
dp065 Year 1 UKMHD Consortium: 1) Solar and Planetary Interiors Prof. David Hughes 6.77 6.77
dp066 Year 1 UKMHD Consortium: 3 Astrophysical MHD and Kinetic Simulations. Prof. Sam Falle 6.41 6.41
dp068 Year 1 The emergence of star formation from the turbulent ISM Dr Paul Clark 5.85 5.85

 

Table 2: Storage Allocations [Disk] from the 7th Resource Allocation Committee Call for Proposals.

B/G DATA CENTRIC DATA ANALYTIC SMP COMPLEXITY (Scratch) COMPLEXITY (Data)
Project Project Title PI Status Quota [TB] Quota [TB] Quota [TB] Quota [TB] Quota [TB]
dp002 COSMOS project Prof Paul Shellard Active 200 16 67 1 15
dp004 VIRGO Prof Carlos Frenk Active 1100
dp005 Merging Supermassive Black Holes Dr Mark Wilkinson Active 2 1 313
dp006 Hot QCD Prof Chris Alton Active No quota
dp007 Clover Dr Roger Horsley Active No quota
dp008 UKQCD DWF Dr Peter Boyle Active No quota
dp009 UKQCDBSM Dr Antonio Rago Active No quota
dp010 UKMHD Prof Alan Hood Active 100 2
dp012 Black Holes Dr Debora Sijacki Active 14 2 1 10
dp014 ECOGAL Prof Ian Bonnell Active 200 50
dp015 Exeter Prof Matthew Bate Active 5 300 50
dp016 Horizon Dr Adrianne Slyz Active 15 150
dp019 HPQCD Prof Christine Davies Active 400
dp020 EXOMOL Prof Jonathan Tennyson Active 36
dp031 Kinetic Plasma Turbulence Prof David Burgess Active 1 3
dp033 Radiative Transfer in Type I Supernovae Dr Stuart Sim Active 5 5 5
dp034 Precessing Black Hole Binaries Prof Mark Hannam Active 20
dp035 Discs, Planets and Stars Prof Richard Nelson Active 2 2
dp036 Chemodynamical Simulations of Galaxies Dr Chiaki Kobayashi Active 10 1 1
dp039 Lancaster Small Project Lancaster Particle Physics Active 21
dp040 Stellar Structure and Nucleosyntheis Dr Raphael Hirschi Active 10 2 5 5
dp041 Spectral Modelling of Type 1b/c Supernovae Dr Anders Jerkstrand Active 21
dp042 Probing Reionization Miss Laura Keating Active 1 1
dp046 Galactic Evolution Dr Victor Debattista Active 2
dp047 DISCSIM Prof Cathie Clarke Active 2 6.5
dp048 Masers in Discs and Outflows Dr Isabelle Baraffe Active 1 1
dp050 Solar Instabilities Dr Andrew Hillier Active 5
dp051 HadSpec Dr Christopher Thomas Active 14 3 30
dp056 Atmospheric Circulation of Transiting Hot Jupiters Dr KTiffany Kataria Active 5 5
dp058 The Missing Link: Unlocking Galaxy Evolution Dr Rowan Smith Active 5
dp060 Temperature dependent cross-sections for large hydrocarbons Dr Sergey Yurchenko Active 125
dp061 Multi-scale simulations of the Universe Dr Oscar Agertz Active 5
dp062 Simulating whistler-mode wave-particle interactions in the magnetosphere Dr Heather Ratcliffe Active 5 2
dp063 MSSL Astrophysics Dr Daisuke Kawata Active 2
dp064 Linking the nuclear interaction to the structure of the heavy elements Dr Carlo Barbieri Active 2 5 5
dp065 UKMHD Consortium 1 Solar and Planetary interiors Prof David Hughes Active 5 5
dp066 UKMHD Consortium 3 Astrophysical MHD and Kinetic Simulations Prof Sam Falle Active 5 5
dp068 The emergence of star formation from the turbulent ISM Dr Paul Clark Active 5 5