A course in convexity
By Alexander I. Barvinok. Graduate Studies in Mathematics, 2002
910 citations recorded by the source corpus.
Subfields: Computational Theory and Mathematics, Geometry and Topology
View Paper: https://www.semanticscholar.org/paper/245792725673c8c375df773a16847c38b40d542f
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In Computational Theory and Mathematics
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In Geometry and Topology
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Citations in the corpus
- Distance geometry and data science (2019, methodology): “ (39) (see Barvinok 1995 and Barvinok 2002, §6.2), but these do not allow the user to specify an arbitrary rank K, so they only apply to the EDMCP.”
- Notes About the Carathéodory Number (2011, background): “It is also known [5, 15] that a convex curve in R (that is, a curve with no n + 1 points in a single affine hyperplane) has Carathéodory number at most n+2 2 .”
- The Reflexive Dimension of a Lattice Polytope (2004, methodology): “So in particular, refldim([0, 11]) = 4 > 3 = refldim([0, 12]), and the reflexive dimension of line segments is not monotone in `, as could also be seen from refldim([0, 1]) = 2 > 1 = refldim([0, 2]).”
- About the Connes embedding conjecture (2013, neutral): “Theorem 3 (Eidelheit–Kakutani ([Ba])).”
- Breaking the Curse of Dimensionality with Convex Neural Networks (2014, methodology): “Given standard results (see, e.g. Barvinok, 2002), a (1/ √ d)-scaled version of the ellipsoid is inscribed in this polytope, and thus the ellipsoid is a provably good approximation of the zonotope with a factor scaling as √ d.”
- Robust Energy Management of Microgrid With Uncertain Renewable Generation and Load (2016, methodology): “For the linear model, according to convex theory [35] and extreme scenario theory [15], extreme solutions exist in the bounds or endpoints.”
- Piecewise polynomials, Minkowski weights, and localization on toric varieties (2007, background): “dron containing a line to 0 [ Bar02 , Theorem VIII.3.3].”
- Geometric Approximation Algorithms (2011, methodology): “We closely follow the exposition of Barvinok [Bar02].”
- Theory of semidefinite programming for Sensor Network Localization (2005, neutral): “Indeed, most of the previous works on the Sensor Network Localization problem fall into two categories – one deals with computing a realization of a given instance [12,14, 15,21,26–28, 30 ], and the other deals with determining whether a given”
- Cone-volume measures of polytopes (2013, background): “Good general references on these topics are the books by Barvinok [3], Gardner [7], Gruber [10], Schneider [25] and Ziegler [28].”
- Cones and interior-point algorithms for structured convex optimization involving powers andexponentials (2009, methodology): “In Chapter 3 we formulated three conjectures for self-concordant barriers: an (n + 1)-self-concordant barrier for the high-dimensional power cone K α and for a further a generalization of K α , and (partial) scaling of the 3-self-concordant barrier for Kα which results in a self-concordance paramete”