Results 11 to 20 of about 652 (179)
A Converse of Minkowski's Type Inequalities
We formulate and prove a converse for a generalization of the classical Minkowski's inequality. The case when is also considered. Applying the same technique, we obtain an analog converse theorem for integral Minkowski's type inequality.
Kalaj David, Meštrović Romeo
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The extremals of Minkowski’s quadratic inequality [PDF]
52 pages, 6 figures; final ...
Shenfeld, Yair, van Handel, Ramon
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Minkowski’s inequality and sums of squares [PDF]
Abstract Positive polynomials arising from Muirhead’s inequality, from classical power mean and elementary symmetric mean inequalities and from Minkowski’s inequality can be rewritten as sums of squares.
Frenkel Péter, Horváth Péter
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A nonabelian Brunn–Minkowski inequality
AbstractHenstock and Macbeath asked in 1953 whether the Brunn–Minkowski inequality can be generalized to nonabelian locally compact groups; questions along the same line were also asked by Hrushovski, McCrudden, and Tao. We obtain here such an inequality and prove that it is sharp for helix-free locally compact groups, which includes real linear ...
Jing, Y, Tran, C-M, Zhang, R
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Boundary restricted Brunn–Minkowski inequalities
In this paper, we explore questions regarding the Minkowski sum of the boundaries of convex sets. Motivated by a question suggested to us by V. Milman regarding the volume of [Formula: see text] where [Formula: see text] and [Formula: see text] are convex bodies, we prove sharp volumetric lower bounds for the Minkowski average of the boundaries of ...
Shiri Artstein-Avidan +2 more
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On Dual Brunn-Minkowski Inequalities [PDF]
On dual Brunn-Minkowski ...
Zhao, Changjian +2 more
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Lattice (List) Decoding Near Minkowski’s Inequality [PDF]
14 pages, 2 ...
Ethan Mook, Chris Peikert
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The Brunn–Minkowski Inequality, Minkowski's First Inequality, and Their Duals
Let \(K,L\) be convex bodies in Euclidean space \(\mathbb{E}^n\) with volumes \(V(K)=V(L)=1\), and let \(V_1(K,L)\) denote the mixed volume \(V(K, \dots, K,L)\). Then \[ V(K+L)^{1/n} -2\leq V_1(K,L) -1\leq {1\over n}\bigl(V(K+L)-2^n \bigr). \] These inequalities provide a quantitative improvement of the known equivalence of the Brunn-Minkowski ...
Vassallo, Salvatore Flavio +1 more
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zbMATH Open Web Interface contents unavailable due to conflicting licenses.
ChangJian, Z, Cheung, WS
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Minkowski Inequalities via Nonlinear Potential Theory [PDF]
AbstractIn this paper, we prove an extended version of the Minkowski Inequality, holding for any smooth bounded set $$\Omega \subset \mathbb {R}^n$$ Ω ⊂ R n
Agostiniani V. +2 more
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