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    The goal of this project is to update a forest dynamics model originally written in Fortran 77 to a more modern and flexible version of Fortran. Ultimately, Dr. Herman Shugart (CLAS, Environmental Sciences) wants to study the impact of scenarios such as climate change on forest succession.
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    Computational MHD is widely used for astrophysics research. Athena is one of the most popular codes in this field. John Hawley (CLAS, Astronomy) used 4800 cores of Rivanna to carry out a historically high resolution run of Athena to study turbulence in accretion disks.
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    Dr. Jerome McGann’s (CLAS, English) project examines different versions of a literary work in which many strings of text have moved relatively to each other with minor internal changes. The project required a UVACSE consultant’s expertise in modifying a Java program to carry out the analysis.
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    Dr. Jeff Corwin (U.Va. Medical School) and his collaborators teamed up with UVACSE to produce high-resolution tomography of mouse neural cells. They used visualization software to explore cell structures. By taking slices of the neural cells and reconstructing a three-dimensional model, they were able to visualize what has never been seen before.
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    This problem aims to identify and describe the parameters that affect occupant injury risk in rollover crashes. For Dr. Jeff Crandall and his team to conduct and analyze this research, UVACSE needed to facilitate his access to U.Va.'s HPC cluster resources.

News

Service Changes Beginning 8 September 2015

posted Thursday, July 30, 2015, at 11:32 am

The usage policies for Rivanna, the U.Va. high-performance computing system, are continually under review to improve overall service.  At the direction of the Rivanna steering committee, UVACSE and ITS will be implementing the following changes: After September 8th, 2015, use of the Econo...

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ARCS maintains, supports, and promotes high performance computing at the University.

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May. 11:  Rivanna available