初等数论及其应用 [Elementary Number Theory （6th Edition）] pdf epub mobi txt 电子书 下载 2025

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[美] 罗森（KennethH·Rosen） 著

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出版社： 机械工业出版社

ISBN：9787111317982

版次：1

商品编码：10350852

品牌：机工出版

包装：平装

丛书名： 华章数学·统计学原版精品系列

外文名称：Elementary Number Theory （6th Edition）

开本：16开

出版时间：2010-09-01

页数：752

正文语种：英文

编辑推荐

通过丰富的实例和练习，将数论的应用引入了更高的境界，同时更新并扩充了对密码学这一热点论题的讨论。
·内容与时俱进。不仅融合了最新的研究成果和新的理论，而且还补充介绍了相关的人物传记和历史背景知识。
·习题安排别出心裁。书中提供两类由易到难、富有挑战的习题：一类是计算题，另一类是上机编程练习。这使得读者能够将数学理论与编程技巧实践联系起来。此外，《初等数论及其应用（英文版）（第6版）》在上一版的基础上对习题进行了大量更新和修订。

内容简介

《初等数论及其应用（英文版）（第6版）》是数论课程的经典教材，自出版以来，深受读者好评，被美国加州大学伯克利分校、伊利诺伊大学、得克萨斯大学等数百所名校采用。
《初等数论及其应用（英文版）（第6版）》以经典理论与现代应用相结合的方式介绍了初等数论的基本概念和方法，内容包括整除、同余、二次剩余、原根以及整数的阶的讨论和计算。

作者简介

Kenneth H. Rosen 1972年获密歇根大学数学学士学位，1976年获麻省理工学院数学博士学位，1982年加入贝尔实验室，现为AT&T;实验室特别成员，国际知名的计算机数学专家。Rosen博士对数论领域与数学建模领域颇有研究，并写过很多经典论文及专著。他的经典著作《离散数学及其应用》的中文版和影印版均已由机械工业出版社引进出版。

目录

list of symbols x
what is number theory?
1 the integers 5
1.1 numbers and sequences 5
1.2 sums and products 16
1.3 mathematical induction 23
1.4 the fibonacci numbers 30
1.5 divisibility 36

2 integer representations and operations 45
2.1 representations of integers 45
2.2 computer operations with integers 54
2.3 complexity of integer operations 61
3 primes and greatest common divisors 69
3.1 prime numbers 70
3.2 the distribution of primes 79
3.3 greatest common divisors and their properties 93
3.4 the euclidean algorithm 102
3.5 the fundamental theorem of arithmetic 112
3.6 factorization methods and the fermat numbers 127
3.7 linear diophantine equations 137

4 congruences 145
4.1 introduction to congruences 145
4.2 linear congruences 157
4.3 the chinese remainder theorem 162
4.4 solving polynomial congruences 171
4.5 systems of linear congruences 178
4.6 factoring using the pollard rho method 187

5 applications of congruences 191
5.1 divisibility tests 191
5.2 the perpetual calendar 197
5.3 round-robin tournaments 202
5.4 hashing functions 204
5.5 check digits 209

6 some special congruences 217
6.1 wilsons theorem and fermats little theorem 217
6.2 pseudoprimes 225
6.3 eulers theorem 234

7 multiplicative functions 239
7.1 the euler phi-function 239
7.2 the sum and number of divisors 249
7.3 perfect numbers and mersenne primes 256
7.4 misbius inversion 269
7.5 partitions 277

8 cryptology 291
8.1 character ciphers 291
8.2 block and stream ciphers 300
8.3 exponentiation ciphers 318
8.4 public key cryptography 321
8.5 knapsack ciphers 331
8.6 cryptographic protocols and applications 338

9 primitive roots 347
9.1 the order of an integer and primitive roots 347
9.2 primitive roots for primes 354
9.3 the existence of primitive roots 360
9.4 discrete logarithms and index arithmetic 368
9.5 primality tests using orders of integers and primitive roots 378
9.6 universal exponents 385

10 applications of primitive roots and the
order of an integer 393
10.1 pseudorandom numbers 393
10.2 the eigamal cryptosystem 402
10.3 an application to the splicing of telephone cables 408

11 quadratic residues 415
11.1 quadratic residues and nonresidues 416
11.2 the law of quadratic reciprocity 430
11.3 the jacobi symbol 443
11.4 euler pseudoprimes 453
11.5 zero-knowledge proofs 461

12 decimal fractions and continued fractions 469
12.1 decimal fractions 469
12.2 finite continued fractions 481
12.3 infinite continued fractions 491
12.4 periodic continued fractions 503
12.5 factoring using continued fractions 517

13 some nonlinear diophantine equations 521
13.1 pythagorean triples 522
13.2 fermats last theorem 530
13.3 sums of squares 542
13.4 pells equation 553
13.5 congruent numbers 560

14 the gaussian integers 577
14.1 gaussian integers and gaussian primes 577
14.2 greatest common divisors and unique factorization 589
14.3 gaussian integers and sums of squares 599
appendix a axioms for the set of integers 605
appendix b binomial coefficients 608
appendix c using maple and mathematica for number theory 615
c.1 using maple for number theory 615
c.2 using mathematica for number theory 619
appendix d number theory web links 624
appendix e tables 626
answers to odd-numbered exercises 641
bibliography 721
index of biographies 733
index 735
photo credits 752

精彩书摘

Experimentation and exploration play a key role in the study of number theory. Theresults in this book were found by mathematicians who often examined large amounts ofnumerical evidence, looking for patterns and making conjectures. They worked diligentlyto prove their conjectures； some of these were proved and became theorems, others wererejected when counterexamples were found, and still others remain unresolved. As youstudy number theory, I recommend that you examine many examples, look for patterns,and formulate your own conjectures. You can examine small examples by hand, much asthe founders of number theory did, but unlike these pioneers, you can also take advantageof todays vast computing power and computational engines. Working through examples,either by hand or with the aid of computers, will help you to learn the subject——and youmay even find some new results of your own！

前言/序言

　　My goal in writing this text has been to write an accessible and inviting introduction to number theory. Foremost， I wanted to create an effective tool for teaching and learning.I hoped to capture the richness and beauty of the subject and its unexpected usefulness.Number theory is both classical and modem， and， at the same time， both pure and applied. In this text， I have strived to capture these contrasting aspects of number theory. I have worked hard to integrate these aspects into one cohesive text.
　　This book is ideal for an undergraduate number theory course at any level. No formal prerequisites beyond college algebra are needed for most of the material， other than some level of mathematical maturity. This book is also designed to be a source book for elementary number theory; it can serve as a useful supplement for computer science courses and as a primer for those interested in new developments in number theory and cryptography. Because it is comprehensive， it is designed to serve both as a textbook and as a lifetime reference for elementary number theory and its wide-ranging applications.
　　This edition celebrates the silver anniversary of this book. Over the past 25 years，close to 100，000 students worldwide have studied number theory from previous editions.Each successive edition of this book has benefited from feedback and suggestions from many instructors， students， and reviewers. This new edition follows the same basic approach as all previous editions， but with many improvements and enhancements. I invite instructors unfamiliar with this book， or who have not looked at a recent edition， to carefully examine the sixth edition. I have confidence that you will appreciate the rich exercise sets， the fascinating biographical and historical notes， the up-to-date coverage， careful and rigorous proofs， the many helpful examples， the rich applications， the support for computational engines such as Maple and Mathematica， and the many resources available on the Web.

评分☆☆☆☆☆

活动买的，最高四折，买了几本不会看，当摆设了

评分☆☆☆☆☆

书很新，送货也很快，至于内容就不评价了，自己买的嘛

评分☆☆☆☆☆

非常经典的图书 值得拥有

评分☆☆☆☆☆

Kenneth H. Rosen 1972年获密歇根大学数学学士学位，1976年获麻省理工学院数学博士学位，1982年加入贝尔实验室，现为AT&T实验室特别成员，国际知名的计算机数学专家。Rosen博士对数论领域与数学建模领域颇有研究，并写过很多经典论文及专著。他的经典著作《离散数学及其应用》的中文版和影印版均已由机械工业出版社引进出版。

评分☆☆☆☆☆

《初等数论及其应用（英文版）（第6版）》是数论课程的经典教材，自出版以来，深受读者好评，被美国加州大学伯克利分校、伊利诺伊大学、得克萨斯大学等数百所名校采用。

评分☆☆☆☆☆

买了一直没看，还不知道怎么样

评分☆☆☆☆☆

书很新，送货也很快，至于内容就不评价了，自己买的嘛

评分☆☆☆☆☆

Kenneth H. Rosen 1972年获密歇根大学数学学士学位，1976年获麻省理工学院数学博士学位，1982年加入贝尔实验室，现为AT&T实验室特别成员，国际知名的计算机数学专家。Rosen博士对数论领域与数学建模领域颇有研究，并写过很多经典论文及专著。他的经典著作《离散数学及其应用》的中文版和影印版均已由机械工业出版社引进出版。

评分☆☆☆☆☆

Kenneth H. Rosen 1972年获密歇根大学数学学士学位，1976年获麻省理工学院数学博士学位，1982年加入贝尔实验室，现为AT&T实验室特别成员，国际知名的计算机数学专家。Rosen博士对数论领域与数学建模领域颇有研究，并写过很多经典论文及专著。他的经典著作《离散数学及其应用》的中文版和影印版均已由机械工业出版社引进出版。