* Allocations based on the 2009 Call for Proposal
PI |
Project |
Institution |
Department | Allocation | |
1 | Tanaka, Hirohisa / Barbi, Mauricio / Akira, Konaka / Poutissou, Renee | Local Resource Allocation Application for the T2K Canada Collaboration | TRIUMF | Physics | 80 cores on Bugaboo 150 TB on Silo |
2 | Beg, Mirza Faisal | Computational Biomarkers For Early Detection of Shape Changes in Alzheimer's | SFU | Engineering Science |
130 cores on Bugaboo |
3 | Bonev, Stanimir | First principles studies of materials under extreme conditions and of organic metal interfaces | Dalhousie | Physics | 200 cores on Orcinus 8 TB on Silo |
4 | Brinkman, Fiona | Molecular Docking to Identify New Anti-Infective Protein-Drug Interactions | SFU | Molecular Biology & Biochemestry | 300 cores on Bugaboo 2TB on Bugaboo 2TB on Gridstore |
5 | Brinkman, Ryan | Automated Analysis of Flow Cytometry Data for Classification of Lymphoma and Leukemia | BC Cancer Research Centre | Terry Fox Laboratory | 90 cores on Bugaboo 400GB on Bugaboo |
6 | Bryman, Douglas | Rare Decay Experiments | TRIUMF | Physics & Astronomy | 20 cores on Orcinus 140 TB on Silo |
7 | Choptuik, Matthew | Problems in computational relativity | UBC | Physics |
128 cores on Orcinus |
8 | Clark, Peter | Theoretical Investigations of the Claus and Related Processes | UofC | Chemistry | 100 cores on Glacier |
9 | George, Graham | Structure Calculations of Molybdenum, Mercury and Copper Containing Proteins | USask | Geological Sciences | 24 cores on Checkers 1 TB on Silo |
10 | Hormes, Josef | Data Storage for the Canadian Light Source | Usask | Physics & Engineering Physics | 90 TB on Silo |
11 | Kirczenow, George | Theoretical Studies of the Properties of Nanoscale Systems | SFU | Physics | 40 cores on Checkers 150 cores on Glacier |
12 | Lange, Carlos | Numerical simulation of the evolutionary change in the hydrodynamics of Cetaceans; from the Basilosaurus to the Orca | UofA | Mechanical Engineering | 16 cores on Checkers 4 TB on Checkers |
13 | Malli, Gulzari | Theoretical Chemistry and Physics of Superheavy Elements | SFU | Chemistry | 40 cores on Snowpatch 7 TB on Gridstore |
14 | Olin, Arthur / Marshall,Glen | TWIST | TRIUMF | Physics | 60 cores on Glacier |
15 | McLeod, Bob | Agent Based Models for Healthcare Applications | UofM | Electrical & Computer Engineering | 40 cores on Glacier |
16 | Minev, Petar | Direct Numerical Simulations of Multi-Particle Flows | UofA | Mathematics & Statistics | 128 cores on Checkers 75 cores on Orcinus |
17 | Myers , Paul | Development of an Ocean/Sea-Ice Modelling Capacity for Marine Forecasting | UofA | EAS | 28 cores on Checkers 8 cores on Arcturus 12 cores on Cortex |
18 | Noskov, Sergei | A multi-scale approach to model ion and solute interactions with membrane proteins | UofC | Biological Sciences | 55 cores on Checkers 150 cores on Orcinus 5 TB on Checkers 20 TB on Silo |
19 | Ormiston, Scott | Modelling the Branching Flow in Compact Heat Exchangers | UofM | Mechanical & Manufacturing Engineering | 40 cores on Checkers |
20 | Otto, Sarah | Modeling evolutionary processes | UBC | Zoology | 50 cores on Orcinus |
21 | Pan, Yuanming | Theoretical modeling of defect centers in minerals | USask | Geological Sciences | 128 cores on Glacier 1 TB on Silo |
22 | Patey, Gren | Computer Simulation of Molecular Systems | UBC | Chemistry | 200 cores on Orcinus 150 cores on Glacier |
23 | Pritchet, Christopher | Canadian Advanced Network for Astronomical Research | n/a | ||
24 | Rankin, Robert | Facility for Data Analysis and Modeling | UofA | Physics | 128 cores on Checkers 64 cores on Arcturus 3 TB on Silo |
25 | Rauk, Arvi | The Chemistry of Alzheimer's Disease | UofC | Chemistry | 48 cores on Checkers |
26 | Sahinalp, Cenk | Computational Studies of non-Coding RNAs (ncRNAs) | SFU | Computing Science/Computational Biology | 128 cores on Glacier 100 cores on Arcturus 24 cores on Cortex |
27 | Salahub, Dennis | Multiscale modeling of complex systems i) systems biology ii) in-situ catalysis for sustainable energy | UofC | Chemistry | 230 cores on Orcinus 10 TB on Silo |
28 | Sawatzky, George | Large-Scale 2D Quantum Anti-Ferromagnetic Lattice | UBC | Physics & Astronomy | 10 cores on Cortex 2 TB on Silo |
29 | Schreckenbach, Georg H. | Quantum-Chemical Simulations of Chemical Processes on Surfaces | 128 cores on Orcinus | ||
30 | Soteros, Chris | Lattice Models of Polymers: Entanglement Complexity After a Local Strand Passage | USask | Mathematics & Statistics | 75 cores on Glacier 40 TB on Silo |
31 | Tatsuno, Masami / McNaughton, Bruce / Euston, David / Luczak, Artur / Gruber, Aaron | Brain dynamics: computational analysis of high density neural recordings | ULeth | Neuroscience | 50 cores on Orcinus 5 TB on Silo |
32 | Thachuk, Mark | Dynamics of Gas Phase Ions | UBC | Chemistry | 125 cores on Orcinus |
33 | Tieleman, Peter | Computational studies of biological membranes | UofC | Biological Sciences | 500 cores on Orcinus |
34 | Wang, Bing-Chen | Advanced Numerical Simulation System for Urban Atmospheric Hazard Prediction and Assessment | UofM | Mechanical & Manufacturing Engineering | 200 cores on Orcinus 2 TB on Silo |
35 | Wang, Yan | Large-Scale First-Principles Simulations | UBC | Chemistry | 75 cores on Checkers 70 cores on Orcinus 12 cores on Cortex 1 TB on Silo |
36 | Weinberg, Noham | Theoretical studies of molecular systems and their reactions under extreme conditions of high pressure and/or high viscosity | SFU/UFV | Chemistry | 50 cores on Orcinus 100 on Glacier |
37 | Wieden, Hans-Joachim | Molecular Dynamics of Translation | ULeth | Chemistry & Biochemistry | 40 cores on Bugaboo |
38 | Ziegler, Tom | Theoretical Inorganic Chemistry and New Methods | UofC | Chemistry | 150 cores on Checkers 200 cores on Orcinus 150 cores on Glacier |
39 | Eikerling, Michael | Ab initio Quantum Mechanical Calculations of Processes in Electrochemical Materials for Polymer Electrolyte Fuel Cells | UofA | Chemistry | 100 cores on Bugaboo 16 cores on Cortex |
40 | Kovalenko, Andriy | Theory, modeling and simulation on multiple space and time scales for rational design in nanochemistry, nanoelectronics, nanomaterials, energy and health applications | UofA | National Institute for Nanotechnology -- Theory and Modeling | 80 cores on Bugaboo 50 cores on Checkers |
41 | Tse, John | Structures and Properties from First Principles | USask | Physics |
20 cores on Orcinus |