newsletterlibrary.com

Top : Science : Math : Number Theory :
Computational

Categories
Factoring @
Primality Tests @

Websites
A chapter from "The Algorithm Design Manual" by Steven S. Skiena.
http://www.cs.sunysb.edu/~algorith/major_section/1.2.shtml

Notes and Javascript illustrations by Robert Campbell.
site exerpt
Basics of Computational Number Theory  This document is a gentle introduction to computational number theory. The plan of the paper is to first give a quick overview of arithmetic in the modular integers. Throughout, we will emphasize computation and practical results rather than delving into...
http://www.math.umbc.edu/~campbe.../NumbThy/Class/BasicNumbThy.html

Lecture notes by Robert Campbell, December 1997.
site exerpt
Computational Number Theory  This is a short collection of documents which provides an introduction to computational number theory. The first text provides a simple gloss of the subject, emphasizing results at the expense of theory, what instead of why. The second text will...
http://www.math.umbc.edu/~campbell/NumbThy/Class/

Provided by the organizers of the MSRI Fall 2000 research program.
site exerpt
Suggested readings in Algorithmic number theory  Algorithmic number theory This list was provided by the organizers of the Fall 2000 program in Algorithmic number theory. Editor: Adleman, Leonard M Huang, Ming-Deh A. Title: Algorithmic number theory first international symposium, ANTS-I, Ithaca, NY, USA, May 6-9, 1994...
http://www.msri.org/local/library/reading_lists/0001-ant.html

Papers on the LLL algorithm and its applications collected by François Koeune.
site exerpt
The LLL Algorithm  This page is only under development. Any suggestion to improve it is of course welcome just drop me an e-mail Some Interesting references about LLL Understanding LLL Maybe the best reference to understand how LLL works is the original paper...
http://www.dice.ucl.ac.be/~fkoeune/LLL.html

Interesting problems, usually requiring extensive verifications or enumerations, to occupy the idle CPU time of workstations and personal computers. Compiled by Tomás Oliveira e Silva.
site exerpt
Computational projects  Latin locution was found in the home page of David Bailey Introduction Long ago, I decided to find interesting problems, usually requiring extensive verifications and/or enumerations, to occupy the idle CPU time of most workstations and personal computers in my...
http://www.ieeta.pt/~tos/hobbies.html

Notes by Al Sethuraman.
site exerpt
 These notes were written as part of a seminar that I ran during Fall 2000 at CSUN. Algorithmic Number Theory I Cyclicity of units of Z/p^n for odd p, Carmichael numbers. Algorithmic Number Theory II Primality testing, Solovay-Strassen test, Quadratic...
http://www.csun.edu/~asethura/notes.html

Connected with divisibility and factoring.
site exerpt
Some number records  For records concerning the number of known digits of constants like Pi, E, please see the nice Table of Mathematical Constants compiled by Steve Finch. Take also a look at the Number Theory Seminar at IECN (Nancy Aliquot sequences Famous...
http://www.loria.fr/~zimmerma/records/

Some of the conjectures and open problems motivated by the "PRIMES is in P" papers, compiled at the AIM.
site exerpt
 Future directions in algorithmic number theory This web page highlights some of the conjectures and open problems concerning Future directions in algorithmic number theory. If you would like to print a hard copy of the whole outline, you can download...
http://aimath.org/WWN/primesinp/

Maintained by Keith Matthews. Papers, examples, pseudocode.
site exerpt
KEITH MATTHEWS LLL PAGE  Hermite normal form algorithms via lattice basis reduction, G. Havas, B.S. Majewski, K.R. Matthews, Experimental Mathematics, Vol 7 (1998) 125-136. I believe these algorithms are among the best for obtaining (a) small multipliers for the extended gcd problems and more...
http://www.numbertheory.org/lll.html

Enter two positive integers, and click the button to see the operations of the Euclidean Algorithm.
site exerpt
Visible Euclidean Algorithm  This computes the greatest common divisor of two given integers via the Euclidean Algorithm, showing all the steps. The greatest common divisor is explicitly noted at the bottom. Be sure to keep the integers 18 digits or smaller, and you...
http://www.math.umn.edu/~garrett/crypto/a01/Euclid.html