ISSN[removed]Research Reports on Mathematical and Computing Sciences

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Date: 2010-01-23 11:51:07 Statistics Learning with errors Normal distribution Multivariate random variable Proof of knowledge Commitment scheme Lattice problem Vector space Euclidean algorithm Algebra Mathematics Cryptography		ISSN[removed]Research Reports on Mathematical and Computing Sciences Add to Reading List Source URL: xagawa.net Download Document from Source Website File Size: 108,38 KB Share Document on Facebook

	An algorithm for realizing Euclidean distance matrices Jorge Alencar 1 Instituto Federal de Educa¸c˜ ao, Ciˆencia e Tecnologia do Sul de Minas Gerais, Inconfidentes, MG, Brazil DocID: 1uZU2 - View Document
	A COMPLETE WORST-CASE ANALYSIS OF KANNAN’S SHORTEST LATTICE VECTOR ALGORITHM ´† GUILLAUME HANROT∗ AND DAMIEN STEHLE Abstract. Computing a shortest nonzero vector of a given euclidean lattice and computing a closes DocID: 1uAnv - View Document
	THE EUCLIDEAN ALGORITHM IN ALGEBRAIC NUMBER FIELDS FRANZ LEMMERMEYER Abstract. This article, which is an update of a version published 1995 in Expo. Math., intends to survey what is known about Euclidean number fields; DocID: 1uads - View Document
	Notes on continued fractions 1. Chapter 49: The Topsy-turvy world of continued fractions First, let’s go back, way back, to the Euclidean algorithm. Let’s say for 23 and 5. If we run this through we get 23 = 4 ∗ 5 DocID: 1tH6y - View Document
	Research Article Climbing the Steiner Tree—Sources of Active Information in a Genetic Algorithm for Solving the Euclidean Steiner Tree Problem Winston Ewert,1* William Dembski,2 Robert J. Marks II1 DocID: 1tff1 - View Document