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Research Project: Optimal Topological Storage Network Design with AMPL/CPLEX

composed by Mike O'Sullivan, Cameron Walker — created by Michael O'Sullivan — last modified 2008-02-25 20:34
  Optimal Topological Storage Network Design with AMPL/CPLEX

Abstract: This research project involves designing storage networks according to existing network topologies using AMPL/CPLEX. Examples of topologies considered are the Core-Edge topology, the ring topology, etc.

Keywords:
Storage Networks, Network Design, Integer Programming

  Research Project Information
Runtime: Since 2002-02-14
Contact: Mike O'Sullivan
Project coordination: NDSG
Scientific staff: Mike O'Sullivan; Cameron Walker
Former student staff: Tim Thompson
Contractor(s): Vice-Chancellor's University Development Fund (University of Auckland, New Zealand)

Publications

'A Mixed-Integer Approach to Core-Edge Design of Storage Area Networks', Cameron Walker, Michael O’Sullivan and Timothy Thompson Computers and Operations Research, 34, (10), p2976-3000, 2007


AMPL/CPLEX is a combination of packages for formulating and solving integer programming. We have already successfully designed Core-Edge networks including an alternative data storage network for the Department of Engineering Science.

For more information on this project visit the NDSG Community Wiki on the BeSTGRID Sakai Site, and navigate to

Home > Storage Network Design : Engineering Science

Further information on this research project in the WWW: