The integral of a symmetric unimodal function over a symmetric convex set and some probability inequalities
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Cites background from "The integral of a symmetric unimoda..."
...14) P { ∃(s, t) ∈ [1, 2](2) : |W (s, t) − x| ≤ ε } ≤ 2CdKd(n+ 1)(2) [ ε + n ] ....
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...Let us fix ε ∈ (0, 1) and an integer n ≥ 1, and consider the covering [1, 2](2) = ∪i,j=0Ii,j , where Ii,j := [1 + (i/n), 1 + (i+ 1)/n] × [1 + (j/n), 1 + (j + 1)/n]....
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...In particular, if d ≥ 5, then with probability one, x 6∈W ([1, 2](2)), as claimed....
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...15) sup x∈R P { ∃(s, t) ∈ [1, 2](2) : |W (s, t) − x| ≤ ε } = O ( ε ) , (ε→ 0)....
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"The integral of a symmetric unimoda..." refers background in this paper
...In Theorem 1 the equality in (1) holds for k<l if and only if, for every u, (E+y)r\Ku=Er\Ku-\-y....
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...It will be noticed that we obtain strict inequality in (1) if and only if for at least one u, H(u)>H*(u) (because H(u) is continuous on the left)....
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"The integral of a symmetric unimoda..." refers background in this paper
...f ud[H*(u) - H(u)} = b[H*(b) - H(b)] - a[H*(a) - H(a)} (3) " + f [(H(u) - H*(u)]du....
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...J a Since/(x) has a finite integral over E, bH(b)—>0 as b—>oo and hence also bH*(b)—>0 as b—*<x>; therefore the first term on the right in (3) can be made arbitrarily small in absolute value....
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