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If I have this right, Schulze STV is effectively determining if a graph has a path no greater than the minimum traversal path, by way of needing to discover the minimum traversal path. The approach does reduce the number of direct pairwise computations necessary (unless you accidentally stumble upon the Condorcet outcome, CPO-STV must compute all of them), but it still does have to compute the same information by a different method (i.e. depending on the order in which you carry out the computations, it is possible you will not have enough information to determine the outcome until you have performed every possible computation). I don't think you can even verify the outcome without performing all the computations, when there's a cycle involving all possible outcomes. This is just the traveling salesman problem. John Moser (talk) 21:24, 18 May 2021 (UTC)
This article discusses and obscure voting rule, which is (I) not used in practise (II) not mentioned in any academic paper (III) not mentioned by anyone except the creator of the method (IIII) extremely hard to grasp and badly described. Is this article still up to the modern Wikipedia standard? 2003:CC:CF35:8700:C803:FFB4:789D:5936 (talk) 17:14, 25 September 2022 (UTC)
@MarkusSchulze Does Schulze STV have any notable stable winner set (or local stability) properties? –Maximum Limelihood Estimator 01:25, 22 April 2024 (UTC)
@MarkusSchulze is Schulze STV really a "single transferable vote" in any meaningful sense, or just a proportional variant of Schulze? Does the mechanism involve surplus vote transfers? Closed Limelike Curves (talk) 03:11, 18 June 2024 (UTC)