Document Type Master's Dissertation Author Koopman, Theodore Sheldon firstname.lastname@example.org URN etd-08182010-140411 Document Title A generative graph template toolkit (GRA Te-TK) for C++ Degree MSc Department Computer Science Supervisor
Advisor Name Title Prof D Kourie Co-Supervisor Prof B Watson Supervisor Keywords
- graph template toolkit
Date 2010-04-12 Availability unrestricted Abstract
This study provides an investigation and discussion into the construction of a graph toolkit using generative programming techniques. It defines and analyses directed graphs, representations and identifies different techniques that may be used to discover new representations.
Each representation is classified according to a unique classification system. Doing this enables us to uniquely identify a particular type of graph representation. A naming convention is used when identifying each graph representation which is a direct by product of the classification system.
Details of how to implement the graph toolkit is presented and analysed. The toolkit is discussed and critically analysed with other major toolkits currently available today such as the Boost and Leda graph toolkits.
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Please cite as follows:
Koopman, TS 2009, A generative graph template toolkit (GRA Te-TK) for C++, MSc dissertation, University of Pretoria, Pretoria, viewed yymmdd < http://upetd.up.ac.za/thesis/available/etd-08182010-140411/ >
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