#Windows 3.1 setup error so19 how to
#Windows 3.1 setup error so19 software

The basic idea of the Digraph3 Python resources is to make easy python interactive sessions or write short Python3 scripts for computing all kind of results from a bipolar-valued digraph or graph.

#Windows 3.1 setup error so19 software

Working with the Digraph3 software resources пѓЃ Special tutorials are devoted to perfect graphs, like split, interval and permutation graphs, and to tree-graphs and forests.

#Windows 3.1 setup error so19 how to

Another tutorial is furthermore devoted on how to generally compute kernels in graphs, digraphs and, more specifically, initial and terminal kernels in outranking digraphs. One on working with undirected graphs, followed by a tutorial on how to compute non isomorphic maximal independent sets (kernels) in the n-cycle graph. Some of the tutorials are decision problem oriented and show how to compute the potential winner(s) of an election, how to build a best choice recommendation, or how to rate or linearly rank with multiple incommensurable performance criteria. The document contains first a set of tutorials introducing the main objects available in the Digraph3 collection of Python3 modules, like digraphs, outranking digraphs, performance tableaux and voting profiles. They mainly illustrate practical tools for a Master Course on Algorithmic Decision Theory at the University of Luxembourg. The tutorials in this document describe the practical usage of our Digraph3 Python3 software resources in the field of Algorithmic Decision Theory and more specifically in outranking based Multiple Criteria Decision Aid (MCDA). The best students, where do they study? A rating case studyД¬omputing the non isomorphic MISs of the 12-cycle graphДЄbout split, interval and permutation graphs The best academic Computer Science Depts: A ranking case study Rating by ranking with learned performance quantile normsДЄliceвЂ™s best choice: A selection case study Rating by sorting into relative performance quantiles Ranking with multiple incommensurable criteria How to create a new performance tableau instance Working with the outrankingDigraphs moduleД®valuation and decision methods and tools Introduction to the Digraph3 software resources Contents пѓЃ Working with digraphs and outranking digraphs Raymond Bisdorff, Emeritus Professor of Applied Mathematics and Computer Science, Version Technical Reference of the Digraph3 modules What is your best choice recommendation? (В§) Who will receive the best student award? (В§) About split, interval and permutation graphs Computing good and bad choice recommendations Computing the maximal independent sets (MISs) Computing the non isomorphic MISs of the 12-cycle graph Ranking big sets of decision alternatives The sparse outranking digraph implementation C-implemented integer-valued outranking digraphs Inspecting the bipolar-valued outranking digraph Rating-by-ranking with lower-closed quantile limits The best students, where do they study? A rating case study Rating-by-ranking new performances with quantile norms Incremental learning of historical performance quantiles Rating by ranking with learned performance quantile norms Ranking pre-ranked sparse outranking digraphs The sparse pre-ranked outranking digraph model Quantiles sorting with multiple performance criteria AliceвЂ™s best choice: A selection case study Computing strict best choice recommendations How to judge the quality of a ranking result? Ranking with multiple incommensurable criteria of ordinal significance The best academic Computer Science Depts: a ranking case study On generating realistic random linear voting profiles Computing the winner of an election with the votingProfiles module Inspecting the template outranking relation Editing the family of performance criteria Random linearly ranked performance tableaux Random three objectives performance tableaux Generating random performance tableaux with the randPerfTabs module

Working with the outrankingDigraphs module Complete, empty and indeterminate digraphs Working with the Digraph3 software resources