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Accelerating 3D Protein Modeling Using Cloud Computing

Citation Kunszt, Peter; Malmstrom, Lars; Fantini, Nicola; Subholt, Wibke; Lautenschlager, Marcel; Reifler, Roland; Ruckstuhl, Stefan; Accelerating 3D Protein Modeling Using Cloud Computing. Seventh IEEE International Conference on e-Science Workshops (2011), --: 166-169.
Abstract Biology as a scientific domain needs a growing amount of computational power. However, not every researcher has access to high performance computing resources locally. Today, it is easy to buy computing resources on demand from public cloud providers like Amazon and IBM, paying only for the amount of computing that is r eally being used. However, the difficulty of setting up the simulation and operating the virtual infrastructure is also often a showstopper for scientists to use cloud resources. This gap is filled by innovatie sofware as a service provides like the ETH Spin-off company Cloudbroker GmbH, enabling a more direct access to commercial clouds for researcher in life science. Here we report on a joint project between the ETH Zurich, IBM and CloudBroker to perform a large-scale 3D protein model simulation using the application Rosetta on the new IBM SmartCLoud Enterprise.
Synopsis Large-scale Rosetta simulations carried out on the IBM cloud
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