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Integral Points on a Class of Elliptic Curve
作者姓名:ZHU Huilin  CHEN Jianhua~ School of Mathematics and Statistics  Wuhan University  Wuhan  Hubei  China
作者单位:ZHU Huilin,CHEN Jianhua~ School of Mathematics and Statistics,Wuhan University,Wuhan 430072,Hubei,China
摘    要:0 IntroductionZasegairerch1]fodre sbcirgibientde gsreavle rpaolin tmse tohnocdsert waihnicehlli ppetircm citur ovnese btyogiving the upper bound of solution. Unfortunately,this upperbound was verylarge andsometi mes beyondthe range of com-puter searching.For a particular elliptic curvey2=x3-30x+133(1)he mentioned he can find all integral points and the largestpoint is (x,y) =(5 143 326 ,±11 664 498 677) by using Mas-ser and W櫣stholz bounds on elliptic logarithms .Although recent results on…

关 键 词:丢番图方程  椭圆曲线  基本单位  代数数因式分解  整点
文章编号:1007-1202(2006)03-0477-04
收稿时间:2005-06-14

Integral points on a class of elliptic curve
Zhu Huilin,Chen Jianhua.Integral Points on a Class of Elliptic Curve[J].Wuhan University Journal of Natural Sciences,2006,11(3):477-480.
Authors:Zhu Huilin  Chen Jianhua
Institution:(1) School of Mathematics and Statistics, Wuhan University, 430072 Wuhan, Hubei, China
Abstract:We prove all integral points of the elliptic curvey 2=x 3−30x+133 are (x, y)=(−7, 0), (−3,±14), (2, ±9), (6,±13), (5 143 326,±11 664 498 677), by using the method of algebraic number theory andp-adic analysis. Furthermore, we develop a computation method to find all integral points on a class of elliptic curvey 2=(x+a)(x 2ax+b),a,bZ,a 2<4b and find all integer solutions of hyperelliptic Diophantine equationDy 2=Ax 1+Bx 2+C,B 2<4AC. Foundation item: Supported by the National Natural Science Foundation of China (2001AA141010) Biography: ZHU Huilin(1980-), male, Ph. D. candidate, research direction: number theory and eryptography.
Keywords:Diophantine equation  elliptic curve  fundamental unit  algebraic number factorization  p-adic analysis method
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