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Subproject: Optimal Core-Edge Design with AMPL/CPLEX

composed by Mike O'Sullivan, Cameron Walker — created by Michael O'Sullivan — last modified 2008-02-20 12:13

Research project context: »Optimal Topological Storage Network Design with AMPL/CPLEX«

  Research Project Information     Subproject 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)
 
Project runtime: 2004-03-01 until 2005-07-01
Scientific coordination: Michael O'Sullivan; Cameron Walker
Former student staff: Tim Thompson

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

'Optimal Core-Edge Storage Area Network Design', Timothy Thompson, Masters Thesis, Engineering Science, University of Auckland, New Zealand, 2005


Using AMPL/CPLEX we designed both single-edge and double-edge fully-connected Core-Edge storage networks. As a test case we applied our algorithms to both an Engineering Science network and a Cecil network.

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 subproject in the WWW: