New Heuristics for the Multidimensional Vote Assignment Problem

Abstract

Vote assignments are being used for the design of fault tolerant systems. They work in such a way that every node in a computer network gets assigned a certain number of votes. Furthermore, a quorum is defined. A transaction can only take place if the number of votes collected is greater than or equal to the quorum. These single dimensional vote assignments provide a compact representation of certain antichains, namely those which consist of the minimal sets of nodes achieving the quorum. Multidimensional (MD) vote assignments are a generalization of single dimensional vote assignments. In contrast to single dimensional vote assignments, MD vote assignments have the important property that every antichain has a corresponding MD vote assignment and vice versa. For the efficient design of fault tolerant systems, it is important that the dimension of a MD vote assignment is as small as possible. We introduce some new heuristics for calculating a MD vote assignment which perform better than the heuristics known so far.

DOI: 10.1007/s006070050041

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Cite this paper

@article{Kleinschmidt1999NewHF, title={New Heuristics for the Multidimensional Vote Assignment Problem}, author={Peter Kleinschmidt and Christian Rank}, journal={Computing}, year={1999}, volume={63}, pages={405-417} }