Annals of Mathematics · 2012 · 106 citations · 35 references
ComputingComputer ScienceMathematicsAlgorithmsCombinatoricsProbability TheoryComplexity TheoryComputational ComplexityGaussian ProcessesGraph TheoryTime ComplexityBest ApproximationComputational Complexity Of Graph AlgorithmsExponential Time ComplexityOpen QuestionsPolynomial Time ComplexityPolynomial-time AlgorithmsRandom Graph Theory
We exhibit a strong connection between cover times of graphs, Gaussian processes, and Talagrand's theory of majorizing measures. In particular, we show that the cover time of any graph G is equivalent, up to universal constants, to the square of the expected maximum of the Gaussian free field on G, scaled by the number of edges in G.
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Matrix multiplication via arithmetic progressions
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