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U27. High Performance Computing,

U27. High Performance Computing,

U27-S06. Mass storage (Onsite&Remote)

Mass storage.

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U27-S05. Massive parallel processing (Onsite&Remote)

Massive parallel processing.

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U27-S01. Remote access to HPC (On-site&Remote)

Remote access to the platform enables calculation
intensive numerical models to be run for use in applications
including:
>> Biomedical Engineering aplications with large data processing requirement
>> Bio-Informatics and Computational Chemistry
>> Scientific modeling
>> Computational Fluid Dynamics
>> Computer Vision and MATLAB Acceleration
>> Image processing.

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U27-S02. Software installation on demand (Onsite&Remote) OUTSTANDING

Installation of specific software on demand for research purposes.

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U27-S03. Biomedical signals processing, especially in cardiology (Onsite&Remote) OUTSTANDING

Automatization over ECG, polisomnography and other signals. Autonomic nervous system (VRV, BP, HRT, etc.) Characterization time-frecuency of biomedical signals. Outpatient detection of apnea. Characterization of cardiac risk through ECG. ECG multilevel (cellular and surface) electric modelling.

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U27-S04. Modeling of the functional behaviour of tissues and organs (Onsite&Remote) OUTSTANDING

Modeling and simulation of the functional behavior of tissues and organs with application in the evaluation of pathologies and surgery, pre-operative planning and virtual surgery. The main fields of application are related to the musculoskeletal system, the cardiovascular system and other tissues such as trachea, eye or breast.

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U27-E03. Licensed software

Licensed software:

– Matlab R2014/R2012/R2011/R2010
– Abaqus 6.13/6.11/6.9
– Comsol 4.3/4.2/4.1
– Adina 8.5/8.7/8.9
– Ansys CFX 14.5
– Gaussian
– LS-Dyna
– Simics 3.0.31
– ADAMS 2013

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U27-E02. Open source software

Open source software:

– C/C++ compilers (gcc & Intel)
– Fortran compilers (gcc & Intel)
– Intel MKL libraries
– OpenMPI & MVAPich with infiniband
– BLAS, ATLAS AND LAPACK libraries
– Python 2.4/2.6/2.7/3.3

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U27-E01. Hermes cluster

Hermes cluster:

* 200 computing nodes(including GPU)
* 1534 computing cores (AMD 6128/ Intel E5520) with 2GB per core
* 700 computing cores (Intel Xeon 2600/1200 V3) with 4GB per core
* 6 TB RAM
* 6 GPU Fermi architecture
* 8 GPU Maxwell architecture
* QDR Infiniband, 10Gb Ethernet, 1Gb Ethernet
* Linux SO

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