Project Overview
  Institutions Involved
  The Network
  Montana State University
  Lariat Steering Committee
  External Advisory Board
  Lariat Working Groups
  Meetings
  Workshops
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  BIRN
  Biocommons
  INBRE
  COBRE
  Pacific NW Gigapop
  Information Resources
  HOWTOs
  Local Lariat
  Access Grid Node
  eCABAL
  Science Server
  Computational Server
Lariat Science Server
The Lariat Science Server provides services to facilitate research collaboration.
  • A Shared Desktop service is available. This allows geographically distributed researchers to share control of a single computer through a shared GUI. For example, scientists in Tokyo and Bozeman could each log in to the Lariat Science Server, start a data analysis tool and jointly interact with that tool. Technical Details
  • Data handling is important for research collaboration. To facilitate manipulation of reasonably large data sets, the Lariat Science Server provides a 1.2TB SAMBA filesystem. This can be used for data analysis with the shared desktop of for staging to colleagues. For example, a dataset can be written to the filesystem by a researcher from any client machine connected to the Internet. That researcher could then provide read-only access to any colleague to allow download of that dataset. Technical Details
  • Efficient data transfer becomes important for large data sets. The Data Central program at San Diego Supercomputer Center has allocated 1TB of online storage to the Lariat project. To enable efficient data transfer between the Science Server and SDSC, a fast data transfer utility has been installed. This allows much faster file transfers than standard utilities. Technical Details
  • The MIEN analysis tool is available on the Server.
  • MATLAB is installed on the Server. This allows users to run MATLAB analysis in a shared environment or on large data sets. This image is a visualization of a MATLAB simulation run on the Lariat Science Server. The simulation computes air velocities around two cricket cercal sensory hairs.
    air velocity image