How Brunn-Minkowski inequality is used in Machine Learning part3
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<li>Brunn-Minkowski inequality for θ-convolution bodies via Ball’s bodies(arXiv)</li>
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<p>Author : Brunn-Minkowski inequality for θ-convolution bodies via Ball’s bodies</p>
<p>Abstract : We consider the problem of finding the best function φn:[0,1]→R such that for any pair of convex bodies K,L∈Rn the following Brunn-Minkowski type inequality holds</p>
<p>|K+θL|1n≥φn(θ)(|K|1n+|L|1n),</p>
<p>where K+θL is the θ-convolution body of K and L. We prove a sharp inclusion of the family of Ball’s bodies of an α-concave function in its super-level sets in order to provide the best possible function in the range (34)n≤θ≤1, characterizing the equality cases</p>
<p>2.Brunn-Minkowski inequalities for path spaces on Riemannian surfaces (arXiv)</p>
<p>Author : <a href="https://arxiv.org/search/?searchtype=author&query=Assouline%2C+R" rel="noopener ugc nofollow" target="_blank">Rotem Assouline</a></p>
<p>Abstract : We define Minkowski summation with respect to a path space on a manifold, extending the well-known notion of geodesic Minkowski sum. For path spaces on two-dimensional Riemannian manifolds consisting of constant-speed curves, we give necessary and sufficient conditions under which this Minkowski summation satisfies a local Brunn-Minkowski inequality.</p>
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