# A central limit theorem for normalized products of random by Cavazos-Cadena R., Hernandez-Hernandez D.

This word issues the asymptotic habit of a Markov procedure got from normalized items of self reliant and identically disbursed random matrices. The susceptible convergence of this approach is proved, in addition to the legislation of enormous numbers and the critical restrict theorem.

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For completeness, just let me mention a related problem. A double blocking set is a collection B, with the property that every line intersects B in at least two points. Is it true that a double blocking set in PG(2, p), p prime, contains at least 3p points? Here the situation is even worse: It is only known (and a not too difficult exercise) for p = 2,3,4,5, 7. We now proceed to consider blocking sets of a special type. If B has size q + N then a line can contain at most N points of B. If such a line exists the blocking set is called of Redei type.

Proof Let G be a simple graph with average degree at least d. We first show that, as is well known, every such G contains a bipartite graph, whose minimum degree is at least d/4. To see this, observe that G has an induced subgraph with minimum degree at least d/2, since one can repeatedly delete vertices of degree smaller than d/2 from G, as long as there are such vertices; since this process increases the average degree, it must terminate in a nonempty subgraph G' with minimum degree at least d/2.

Alon, The linear arboricity of graphs, Israel J. Math. 62 (1988), 311-325. [4] N. Alon, Non-constructive proofs in Combinatorics, Proc. of the International Congress of Mathematicians, Kyoto 1990, Japan, Springer Verlag, Tokyo (1991), 1421-1429. [5] N. Alon, The strong chromatic number of a graph, Random Structures and Algorithms 3 (1992), 1-7. [6] N. Alon, Choice numbers of graphs; a probabilistic approach, Combina- torics, Probability and Computing 1 (1992), 107-114. [7] N. Alon, D. J. Kleitman, C.