Let A=[a 1 , a 2 , ...] N and put A(n)= a i n 1. We say that A is a P-set if no element a i divides the sum of two larger elements. It is proved that for every P-set A with pairwise co-prime elements the inequality A(n)<2n 2Â3 holds for infinitely many n # N. ## 2001 Academic Press where A(n)= a i
A Minimax Problem Admitting the Equioscillation Characterization of Bernstein and Erdős
✍ Scribed by Ying Guang Shi
- Publisher
- Elsevier Science
- Year
- 1998
- Tongue
- English
- Weight
- 190 KB
- Volume
- 92
- Category
- Article
- ISSN
- 0021-9045
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✦ Synopsis
This paper shows that under certain conditions a solution of the minimax problem min a<x 1 < } } } <x n <b max 1 i n+1 f i (x 1 , ..., x n ) admits the equioscillation characterizations of Bernstein and Erdo s and has strong uniqueness. This problem includes as a particular example the optimal Lagrange interpolation problem.
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We employ the probabilistic method to prove a stronger version of a result of Helm, related to a conjecture of Erdos and Turan about additive bases of the positive integers. We show that for a class of random sequences of positive integers \(A\), which satisfy \(|A \cap[1, x]| \gg \sqrt{x}\) with pr
For any integer r \ 1, let a(r) be the largest constant a \ 0 such that if E > 0 and 0 < c < c 0 for some small c 0 =c 0 (r, E) then every graph G of sufficiently large order n and at least edges contains a copy of any (r+1)-chromatic graph H of independence number a(H) [ (a -E) log n log(1/c) .
## Abstract The Erdős‐Rényi and Projective Norm graphs are algebraically defined graphs that have proved useful in supplying constructions in extremal graph theory and Ramsey theory. Their eigenvalues have been computed and this yields an upper bound on their independence number. Here we show that