| 作者 |
| [美]葛立恒(Ronald L. Graham)高德纳(Donald E. Knuth) 奥伦·帕塔什尼克(Oren Patashnik)(美)沃尔特·鲁丁(Walter Rudin) |
| 丛书名 |
| 经典原版书库 |
| 出版社 |
| 机械工业出版社 |
| ISBN |
| 9781912191116 |
| 简要 |
| 简介 |
| 内容简介书籍计算机书籍 ---------------------------具体数学:计算机科学基础(英文版·原书第2版)典藏版--------------------------- 《具体数学:计算机科学基础(第 2版)》是一本在大学中广泛使用的经典数学教科书。书中讲解了许多计算机科学中用到的数学知识及技巧,教你如何把一个实际问题一步步演化为数学模型,然后通过计算机解决它,特别着墨于算法分析方面。其主要内容涉及和式、整值函数、数论、二项式系数、特殊的数、生成函数、离散概率、渐近式等,都是编程所必 备的知识。另外,《具体数学:计算机科学基础(第 2版)》包括了六大类500 多道习题,并给出了所有习题的解答,有助读者加深书中内容的理解。 《具体数学:计算机科学基础(第 2版)》面向从事计算机科学、计算数学、计算技术诸方面工作的人员,以及高等院校相关专业的师生 ---------------------------数学分析原理(英文版·原书第3版·典藏版)--------------------------- 本书涵盖了高等微积分学的丰富内容,最精彩的部分集中在基础拓扑结构、函数项序列与级数、多变量函数以及微分形式的积分等章节。 |
| 目录 |
---------------------------具体数学:计算机科学基础(英文版·原书第2版)典藏版--------------------------- Contents 1 递归问题Recurrent Problems 1.l河内塔 The Tower of Hanoi 1 1.2平面上的直线 Lines in the P1ane 4 1.3 约瑟夫的问题The Josephus Problem 8 习题Exercises 17 2和式 Sums 2.1 记号Notation 21 2.2和式和递归式 Sums and Recurrences 25 2.3 和式的处理Mainpulation of Sums 30 2.4 多重和式Mu1tip1e Sums 34 2.5一般性的方法 General Methods 4l 2.6 有限微积分和无线微积分Finite and Infinite Calcu1us 47 2.7无限和式 Infinite Sums 56 习题Exercises 62 3 整值函数Integer Functions 3.1 底和顶Floors and Ceilings 67 3.2底和顶的应用 Floor/Ceiling Applications 70 3.3底和顶的递归式 Floor/Ceiling Recurrences 78 3.4 mod:二元运算 '' mod '' :The Binary Operation 81 3.5底和顶的和式 F1oor/Cei1ing Sums 86 习题Exercises 95 4数论 Number Theory 4.1 整除性Divisibility 102 4.2 素数Primes 105 4.3素数的例子 Prime Examples 107 4.4 阶乘的因子Factorial Factors 111 4.5 互素Relative Primality 115 4.6 mod :同余关系 ''mod'': The Congruence Re1ation 123 4.7 独立剩余Independent Residues l26 4.8 进一步的应用Additional Applications 129 4.9函数和函数 Phi and Mu 133 习题Exercises 144 5二项式系数 Binomial Coefficients 5.1基本恒等式 Basic Identities l53 5.2基本练习 Basic Practice 172 5.3处理的技巧 Tricks of the Trade 186 5.4 生成函数Generating Functions 196 5.5 超几何函数Hypergeometric Functions 204 5.6 超几何变换Hypergeometric Transformations 216 5.7部分超几何和式 Partial Hypergeometric Sums 223 5.8机械求和法 Mechanical Summation 229 习题Exercises 242 6特殊的数 Special Numbers 6.1 斯特林数Stir1ing Numbers 257 6.2 欧拉数Eulerian Numbers 267 6.3 调和数Harmonic Numbers 272 6.4调和求和法 Harmoinc Summation 279 6.5伯努利数 Bernoulli Numbers 283 6.6斐波那契数 Fibonacci Numbers 290 6.7连项式 Continuants 301 习题Exercises 309 7生成函数 Generating Functions 7.1多米诺理论与换零钱 Domino Theory and Change 320 7.2基本策略 Basic Maneuvers 331 7.3解递归式 So1ving Recurrences 337 7.4特殊的生成函数 Special Generating Functions 350 7.5 卷积Convo1utions 353 7.6 指数生成函数Exponential Generating Functions 364 7.7狄利克雷生成函数 Dinchlet Generating Functions 370 习题Exercises 371 8 离散概率Discrete Probability 8.1定义 Definitions 381 8.2均值和方差 Mean and Variance 387 8.3 概率生成函数Probability Generating Functions 394 8.4 抛掷硬币Flipping Coins 401 8.5散列法 Hashing 411 习题Exercises 427 9 渐进式Asymptotics 9.1 量的等级A Hierarchy 440 9.2 大O记号 O Notation 443 9.3 O 运算规则O Manipulation 450 9.4 两个渐进技巧Two Asymptotic Tricks 463 9.5 欧拉求和公式Euler''s Summation Formula 469 9.6最后的求和法 Final Summations 476 习题Exercises 489 附录A习题答案 Answers to Exercises 附录B参考文献 B Bibliography 附录C 习题贡献者Credits for Exercises 索引Index 表索引List of Tables ---------------------------数学分析原理(英文版·原书第3版·典藏版)--------------------------- Prefacevii Chapter 1 The Real and Complex Number Systems1 Introduction 1 Ordered Sets 3 Fields 5 The Real Field 8 The Extended Real Number System 11 The Complex Field 12 Euclidean Spaces 16 Appendix 17 Exercises21 Chapter 2 Basic Topology 24 Finite, Countable, and Uncountable Sets 24 Metric Spaces 30 Compact Sets 36 Perfect Sets 41 Connected Sets42 Exercises43 Chapter 3 Numerical Sequences and Series 47 Convergent Sequences 47 Subsequences 51 Cauchy Sequences 52 Upper and Lower Limits 55 Some Special Sequences 57 Series 58 Series of Nonnegative Terms 61 The Number e63 The Root and Ratio Tests 65 Power Series 69 Summation by Parts70 Absolute Convergence 71 Addition and Multiplication of Series72 Rearrangements 75 Exercises78 Chapter 4 Continuity83 Limits of Functions 83 Continuous Functions 85 Continuity and Compactness 89 Continuity and Connectedness 93 Discontinuities94 Monotonic Functions 95 Infinite Limits and Limits at Infinity 97 Exercises 98 Chapter 5 Differentiation 103 The Derivative of a Real Function 103 Mean Value Theorems 107 The Continuity of Derivatives 108 L'Hospital's Rule 109 Derivatives of Higher Order 110 Taylor’s Theorem 110 Differentiation of Vector-valued Functions 111 Exercises 114 Chapter 6 The Riemann-Stieltjes Integral 120 Definition and Existence of the Integral 120 Properties of the Integral 128 Integration and Differentiation133 Integration of Vector-valued Functions 135 Rectifiable Curves 136 Exercises138 Chapter 7 Sequences and Series of Functions,143 Discussion of Main Problem 143 Uniform Convergence 147 Uniform Convergence and Continuity149 Uniform Convergence and Integration 151 Uniform Convergence and Differentiation 152 Equicontinuous Families of Functions 154 The Stone-Weierstrass Theorem 159 Exercises165 Chapter 8 Some Special Functions 172 Power Series 172 The Exponential and Logarithmic Functions 178 The Trigonometric Functions 182 The Algebraic Completeness of the Complex Field 184 Fourier Series185 The Gamma Function 192 Exercises196 Chapter 9 Functions of Several Variables 204 Linear Transformations 204 Differentiation211 The Contraction Principle220 The Inverse Function Theorem221 The Implicit Function Theorem 223 The Rank Theorem228 Determinants 231 Derivatives of Higher Order 235 Differentiation of Integrals 236 Exercises 239 Chapter 10 Integration of Differential Forms 245 Integration 245 Primitive Mappings 248 Partitions of Unity 251 Change of Variables 252 Differential Forms 253 Simplexes and Chains266 Stokes’ Theorem 273 Closed Forms and Exact Forms 275 Vector Analysis 280 Exercises 288 Chapter 11 The Lebesgue Theory300 Set Functions 300 Construction of the Lebesgue Measure 302 Measure Spaces310 Measurable Functions310 Simple Functions 313 Integration 314 Comparison with the Riemann Integral 322 Integration of Complex Functions 325 Functions of Class [WTHT]L[WT]\+2 325 Exercises 332 Bibliography 335 List of Special Symbols 337 Index 339 |