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《托马斯微积分》1951年出版第1版,是一本深受美国广大教师和学生欢迎的教材,不少学校和教师采用它作为微积分课程的教材,在相当一段时间里,它是麻省理工学院微积分课程所用的教材之一。韦尔、哈斯、吉尔当诺著的《托马斯微积分(影印版下第11版)(英文版)》具有以下几个突出特色:取材于科学和工程领域中的重要应用实例以及配置丰富的习题;对每个重要专题均用语言的、代数的、数值的、图像的方式予以陈述;重视数值计算和程序应用;切实融入数学建模和数学实验的思想和方法;每个新专题都通过清楚的、易于理解的例子启发式地引入,可读性强;配有丰富的教学资源,可用于教师教学和学生学习。

本书分九章,内容包括:复数与复变函数,解析函数,复变函数的积分,留数理论及其应用,共形映射,调和函数等

封面 书名 版权 前言 目录 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251 252 253 254 255 256 257 258 259 260 261 262 263 264 265 266 267 268 269 270 271 272 273 274 275 276 277 278 279 280 281 282 封底

本书作者将分析从拓扑中分离出来,从柯西定理的证明中可见一斑.书中分几章讨论专题,如对特殊函数的完整处理,素数定理和Bergman核

1 (p1): Introduction 5 (p2): Chapter 1． Preliminary Material:Cohomology,Currents 5 (p2-1): 1.A. Dolbeault Cohomology and Sheaf Cohomology 6 (p2-2): 1.B. Plurisubharmonic Functions 9 (p2-3): 1.C. Positive Currents 15 (p3): Chapter 2．Lelong numbers and Intersection Theory 15 (p3-1): 2.A. Multiplication of Currents and Monge-Ampère Operators 18 (p3-2): 2.B. Lelong Numbers 25 (p4): Chapter 3．Hermitian Vector Bundles, Connections and Curvature. 31 (p5): Chapter 4．Bochner Technique and Vanishing Theorems 31 (p5-1): 4.A. Laplace-Beltrami Operators and Hodge Theory 32 (p5-2): 4.B. Serre Duality Theorem 33 (p5-3): 4.C. Bochner-Kodaira-Nakano Identity on K？hler Manifolds 34 (p5-4): 4.D. Vanishing Theorems 37 (p6): Chapter 5．L2 Estimates and Existence Theorems 37 (p6-1): 5.A. Basic L2 Existence Theorems 39 (p6-2): 5.B. Multiplier Ideal Sheaves and Nadel Vanishing Theorem 47 (p7): Chapter 6．Numerically Effective and Pseudo-effective Line Bundles 47 (p7-1): 6.A. Pseudo-effective Line Bundles and Metrics with Minimal Singularities 49 (p7-2): 6.B. Nef Line Bundles 51 (p7-3): 6.C. Description of the Positive Cones 56 (p7-4): 6.D. The Kawamata-Viehweg Vanishing Theorem 58 (p7-5): 6.E. A Uniform Global Generation Property due to Y.T. Siu 61 (p8): Chapter 7．A Simple Algebraic Approach to Fujita's Conjecture 71 (p9): Chapter 8．Holomorphic Morse Inequalities 71 (p9-1): 8.A. General Analytic Statement on Compact Complex Manifolds 72 (p9-2): 8.B. Algebraic Counterparts of the Holomorphic Morse Inequalities 74 (p9-3): 8.C. Asymptotic Cohomology Groups 78 (p9-4): 8.D. Transcendental Asymptotic Cohomology Functions 83 (p10): Chapter 9．Effective Version of Matsusaka's Big Theorem 89 (p11): Chapter 10．Positivity Concepts for Vector Bundles 99 (p12): Chapter 11．Skoda's L2 Estimates for Surjective Bundle Morphisms 99 (p12-1): 11.A. Surjectivity and Division Theorems 105 (p12-2): 11.B. Applications to Local Algebra: the Brian？on-Skoda Theorem 111 (p13): Chapter 12．The Ohsawa-Takegoshi L2 Extension Theorem 111 (p13-1): 12.A. The Basic a Priori Inequality 112 (p13-2): 12.B. Abstract L2 Existence Theorem for Solutions of ？-Equations 114 (p13-3): 12.C. The L2 Extension Theorem 122 (p13-4): 12.D. Skoda's Division Theorem for Ideals of Holomorphic Functions 127 (p14): Chapter 13．Approximation of Closed Positive Currents by Analytic Cycles 127 (p14-1): 13.A. Approximation of Plurisubharmonic Functions Via Bergman Kernels 129 (p14-2): 13.B. Global Approximation of Closed(1,1)-currents on a Compact Complex Manifold 136 (p14-3): 13.C. Global Approximation by Divisors 143 (p14-4): 13.D. Singularity Exponents and log Canonical Thresholds 148 (p14-5): 13.E. Hodge Conjecture and approximation of(p,p)- currents 153 (p15): Chapter 14．Subadditivity of Multiplier Ideals and Fujita's Approximate Zariski Decomposition 159 (p16): Chapter 15．Hard Lefschetz Theorem with Multiplier Ideal Sheaves 159 (p16-1): 15.A. A Bundle Valued Hard Lefschetz Theorem 160 (p16-2): 15.B. Equisingular Approximations of Quasi Plurisubharmonic Functions 166 (p16-3): 15.C. A Bochner Type Inequality 168 (p16-4): 15.D. Proof of Theorem 15.1 170 (p16-5): 15.E. A Counterexample 173 (p17): Chapter 16．Invariance of Plurigenera of Projective Varieties 177 (p18): Chapter 17．Numerical Characterization of the K？hler Cone 177 (p18-1): 17.A. Positive Classes in Intermediate(p,p)-bidegrees 178 (p18-2): 17.B. Numerically Positive Classes of Type(1,1) 184 (p18-3): 17.C. Deformations of Compact K？hler Manifolds 189 (p19): Chapter 18．Structure of the Pseudo-effective Cone and Mobile Intersection Theory 189 (p19-1): 18.A. Classes of Mobile Curves and of Mobile(n-1,n-1)-currents 192 (p19-2): 18.B. Zariski Decomposition and Mobile Intersections 199 (p19-3): 18.C. The Orthogonality Estimate 202 (p19-4): 18.D. Dual of the Pseudo-effective Cone 205 (p19-5): 18.E. A Volume Formula for Algebraic(1,1)-classes on Projective Surfaces 209 (p20): Chapter 19．Super-canonical Metrics and Abundance 209 (p20-1): 19.A. Construction of Super-canonical Metrics 216 (p20-2): 19.B. Invariance of Plurigenera and Positivity of Curvature of Super-canonical Metrics 217 (p20-3): 19.C. Tsuji's Strategy for Studying Abundance 219 (p21): Chapter 20．Siu's Analytic Approach and P？un's Non Vanishing Theorem 223 (p22): References

2 (p0-1): 1 Materials Science and Engineering 20 (p1): PART I FUNDAMENTALS 22 (p1-2): 2 Atomic Scale Structures 60 (p1-3): 3 Crystal Structures 110 (p1-4): 4 Point Defects and Diffusion 146 (p1-5): 5 Linear,Planar,and Volume Defects 184 (p1-6): 6 Noncrystalline and Semicrystalline Materials 224 (p2): PART II MICROSTRUCTURAL DEVELOPMENT 226 (p2-2): 7 Phase Equilibria and Phase Diagrams 286 (p2-3): 8 Kinetics and Microstructure of Structural Transformations 356 (p3): PART III PROPERTIES 358 (p3-2): 9 Mechanical Properties 426 (p3-3): 10 Electrical Properties 478 (p3-4): 11 Optical and Dielectric Properties 518 (p3-5): 12 Magnetic Properties 548 (p3-6): 13 Thermal Properties 576 (p3-7): 14 Composite Materials 612 (p3-8): 15 Materials-Environment Interactions 666 (p4): PART IV MATERIALS SYNTHESIS AND DESIGN 668 (p4-2): 16 Materials Processing 724 (p4-3): 17 Materials and Engineering Design 769 (p5): APPENDICES 769 (p5-2): A Periodic Table of the Elements 770 (p5-3): B Physical and Chemical Data for the Elements 773 (p5-4): C Atomic and Ionic Radii of the Elements 775 (p5-5): D Mechanical Properties 790 (p5-6): E Answers to Selected Problems 793 (p5-7): Glossary 806 (p5-8): References 808 (p5-9): Index

1 (p1): Chapter 1．Definitions and Examples 1 (p1-1): 1.1 Algebras and coalgebras 2 (p1-2): 1.2 Duals of algebras and coalgebras 3 (p1-3): 1.3 Bialgebras 6 (p1-4): 1.4 Convolution and summation notation 7 (p1-5): 1.5 Antipodes and Hopf algebras 10 (p1-6): 1.6 Modules and comodules 13 (p1-7): 1.7 Invariants and coinvariants 14 (p1-8): 1.8 Tensor products of H-modules and H-comodules 14 (p1-9): 1.9 Hopf modules 17 (p2): Chapter 2．Integrals and Semisimplicity 17 (p2-1): 2.1 Integrals 20 (p2-2): 2.2 Maschke’s Theorem 22 (p2-3): 2.3 Commutative semisimple Hopf algebras and restricted enveloping algebras 25 (p2-4): 2.4 Cosemisimplicity and integrals on H 27 (p2-5): 2.5 Kaplansky’s conjecture and the order of the antipode 28 (p3): Chapter 3．Freeness over Subalgebras 28 (p3-1): 3.1 The Nichols-Zoeller Theorem 31 (p3-2): 3.2 Applications:Hopf algebras of prime dimension and semisimple subHopfalgebras 32 (p3-3): 3.3 A normal basis for H over K 33 (p3-4): 3.4 The adjoint action,normal subHopfalgebras,and quotients 37 (p3-5): 3.5 Freeness and faithful flatness in the infinite-dimensional case 40 (p4): Chapter 4．Actions of Finite-Dimensional Hopf Algebras and Smash Products 40 (p4-1): 4.1 Module algebras,comodule algebras,and smash products 43 (p4-2): 4.2 Integrality and affine invariants:the commutative case 45 (p4-3): 4.3 Trace functions and affine invariants:the non-commutative case 48 (p4-4): 4.4 Ideals in A#H and A as an AH module 52 (p4-5): 4.5 A Morita context relating A#H and AH 56 (p5): Chapter 5．Coradicals and Filtrations 56 (p5-1): 5.1 Simple subcoalgebras and the coradical 60 (p5-2): 5.2 The coradical filtration 65 (p5-3): 5.3 Injecti ve coalgebra maps 67 (p5-4): 5.4 The coradical filtration of pointed coalgebras 73 (p5-5): 5.5 Examples:U（g）and Uq（g） 76 (p5-6): 5.6 The structure of pointed cocommutative Hopf algebras 83 (p5-7): 5.7 Semisimple cocommutative connected Hopf algebras 87 (p6): Chapter 6．Inner Actions 87 (p6-1): 6.1 Definitions and examples 89 (p6-2): 6.2 A Skolem-Noether theorem for Hopf algebras 92 (p6-3): 6.3 Maximal inner subcoalgebras 96 (p6-4): 6.4 X-inner actions and extending to quotients 101 (p7): Chapter 7．Crossed products 101 (p7-1): 7.1 Definitions and examples 105 (p7-2): 7.2 Cleft extensions and existence of crossed products 112 (p7-3): 7.3 Inner actions and equivalence of crossed products 116 (p7-4): 7.4 Generalized Maschke theorems and semiprime crossed products 121 (p7-5): 7.5 Twisted H-comodule algebras 123 (p8): Chapter 8．Galois Extensions 123 (p8-1): 8.1 Definition and examples 128 (p8-2): 8.2 The normal basis property and cleft extensions 131 (p8-3): 8.3 Galois extensions for finite-dimensional H 139 (p8-4): 8.4 Normal bases and Hopf algebra quotients 144 (p8-5): 8.5 Relative Hopf modules 149 (p9): Chapter 9．Duality 149 (p9-1): 9.1 H° 153 (p9-2): 9.2 SubHopfalgebras of H°and density 159 (p9-3): 9.3 Classical duality 161 (p9-4): 9.4 Duality for actions 172 (p9-5): 9.5 Duality for graded algebras 178 (p10): Chapter 10．New Constructions from Quantum Groups 178 (p10-1): 10.1 Quasitriangular and almost cocommutative Hopf algebras 184 (p10-2): 10.2 Coquasitriangular and almost commutative Hopf algebras 187 (p10-3): 10.3 The Drinfeld double 197 (p10-4): 10.4 Braided monoidal categories 203 (p10-5): 10.5 Hopf algebras in categories;graded Hopf algebras 207 (p10-6): 10.6 Biproducts and Yetter-Drinfeld modules 217 (p11): Appendix．Some quantum groups 223 (p12): References 235 (p13): Index

8 (p1): 1Creativity 16 (p2): 2Hopes and fears 24 (p2-1): Presentation 1 Talking about talent 26 (p3): 3Perception 34 (p4): 4Human interaction 42 (p4-1): Presentation 2 My piece of advice 44 (p5): 5Economic resources 52 (p6): 6Practical design 60 (p6-1): Presentation 3 A change in my life 62 (p7): 7 Same but different 70 (p8): 8 Food and sustainability 78 (p8-1): Presentation 4 My home 80 (p9): 9 Internet sensation 88 (p10): 10 The meaning of success 96 (p10-1): Presentation 5 Living sustainably 98 (p11): 11 Learning and memory 106 (p12): 12 Invention or innovation 114 (p12-1): Presentation 6 Learning and memory 116 (p13): Communication activities 121 (p14): Keywords 125 (p15): Audioscripts 130 (p16): TED Talk transcripts 本书共分12个单元,包含12个TED演讲,且每个单元的话题均与当代大学生的生活息息相关。每个单元都根据与主题相关的TED演讲设计了种类繁多的练习题,从词汇、语法、阅读、思辨、表达等多方面训练学习者的听说能力

1 (p1): Viscosity Solutions of Bellman Equations Arising in Pricing Passport Options&Baojun Bian and Yang Wang 41 (p2): On Global Partial Regularity for Borderline Solutions of Semilinear Parabolic Problems&Kai-Seng Chou and Shi-Zhong Du 53 (p3): The Dirichlet Problem for Complex Monge-Ampère Equations and Applications&Bo Guan 99 (p4): Some Recent Works on Multiparameter Hardy Space Theory and Discrete Littlewood-Paley Analysis&Yongsheng Han and Guozhen Lu 193 (p5): Some Analytic Aspects of Liquid Crystal Configurations&Min-Chun Hong 213 (p6): Extremal Sub-manifolds in Minkowski Space-time&De-Xing Kong 241 (p7): Bounds of Eigenvalues on Riemannian Manifolds&Jun Ling and Zhiqin Lu 265 (p8): Wave Breaking Phenomena and Stability of Peakons for the Degasperis-Procesi Equation&Yue Liu 295 (p9): The Convexity of Level Sets for Solutions to Partial Differential Equations&Xi-Nan Ma and Qianzhong Ou 323 (p10): Nucleation of Instability of Meissner State of Superconductors and Related Mathematical Problems&Xing-Bin Pan 373 (p11): Calculus of Some Geometric Variations in Finsler Geometry&Yi-Bing Shen 399 (p12): Regularity and Singularity in the Mean Curvature Flow&Weimin Sheng and Xu-Jia Wang 437 (p13): Study of Finite Point Method&Longjun Shen and Guixia Lv 461 (p14): Nonlinear Diffusion Equations with Different Kind of Degeneracy&Jingxue Yin,Peidong Lei and Chunpeng Wang 497 (p15): Canonical Metrics on Toric Manifolds&Xiaohua Zhu 523 (p16): List of publications by Guangchang Dong

1 (p1): 上编——散文 3 (p1-1): 第一章 专题 3 (p1-1-1): 修身为本 5 (p1-1-2): 仁者爱人 9 (p1-1-3): 天人合一 11 (p1-1-4): 和而不同 17 (p1-1-5): 以民为本 20 (p1-1-6): 礼义廉耻 23 (p1-1-7): 天下为公 25 (p1-1-8): 好学·力行·知耻 28 (p1-1-9): 自强不息，厚德载物 34 (p1-2): 第二章 选文品读 34 (p1-2-1): 召公谏厉王弭谤 35 (p1-2-2): 齐人有一妻一妾 36 (p1-2-3): 廉颇蔺相如列传 43 (p1-2-4): 过秦论 47 (p1-2-5): 乐羊子妻 48 (p1-2-6): 世说新语 51 (p1-2-7): 谏太宗十思疏 53 (p1-2-8): 陋室铭 54 (p1-2-9): 蝜蝂传 56 (p1-2-10): 留侯论 58 (p1-2-11): 伶官传序 60 (p1-2-12): 爱莲说 61 (p1-2-13): 伤仲永 63 (p1-2-14): 狱中上母书 66 (p1-2-15): 治家格言 68 (p1-2-16): 左忠毅公逸事 71 (p1-2-17): 病梅馆记 73 (p1-2-18): 强学会序 77 (p1-2-19): 与妻书 81 (p1-2-20): 为学与做人 87 (p2): 中编——诗歌 90 (p2-1): 第三章 先秦汉魏两晋南北朝诗歌 90 (p2-1-1): 氓 93 (p2-1-2): 硕鼠 94 (p2-1-3): 国殇 95 (p2-1-4): 渔父 96 (p2-1-5): 长歌行 97 (p2-1-6): 迢迢牵牛星 97 (p2-1-7): 嵩里行 98 (p2-1-8): 杂诗 99 (p2-1-9): 咏史 101 (p2-2): 第四章 唐代诗歌 101 (p2-2-1): 赐萧瑀 101 (p2-2-2): 感遇 102 (p2-2-3): 登幽州台歌 102 (p2-2-4): 春江花月夜 104 (p2-2-5): 峨眉山月歌 104 (p2-2-6): 把酒问月 105 (p2-2-7): 行路难 106 (p2-2-8): 茅屋为秋风所破歌 107 (p2-2-9): 春望 107 (p2-2-10): 闻官军收河南河北 108 (p2-2-11): 致酒行 109 (p2-2-12): 酬乐天扬州初逢席上见赠 109 (p2-2-13): 剑客 110 (p2-2-14): 逢入京使 110 (p2-2-15): 从军行 111 (p2-2-16): 芙蓉楼送辛渐 111 (p2-2-17): 凉州词 112 (p2-2-18): 送杜少府之任蜀州 112 (p2-2-19): 题乌江亭 113 (p2-2-20): 黄鹤楼 113 (p2-2-21): 赠内 114 (p2-2-22): 新制绫袄成感而有咏 115 (p2-2-23): 求友 115 (p2-2-24): 游子吟 116 (p2-2-25): 寒山诗一首 116 (p2-2-26): 焚书坑 117 (p2-2-27): 己亥岁二首 117 (p2-2-28): 塞上曲二首 118 (p2-2-29): 劝学 118 (p2-2-30): 无题 119 (p2-2-31): 离思 119 (p2-2-32): 吴宫怀古 121 (p2-3): 第五章 宋元诗歌 121 (p2-3-1): 古意 121 (p2-3-2): 绝句 122 (p2-3-3): 夏日绝句 122 (p2-3-4): 病起书怀 123 (p2-3-5): 游山西村 123 (p2-3-6): 冬夜读书示子聿八首（其三） 124 (p2-3-7): 金错刀行 124 (p2-3-8): 观书有感 125 (p2-3-9): 读书 125 (p2-3-10): 过苕溪 126 (p2-3-11): 正气歌 129 (p2-3-12): 墨梅图诗 129 (p2-3-13): 渔家傲·秋思 130 (p2-3-14): 江城子·乙卯正月二十日夜记梦 130 (p2-3-15): 念奴娇·赤壁怀古 131 (p2-3-16): 鹊桥仙 132 (p2-3-17): 满江红 132 (p2-3-18): 永遇乐·京口北固亭怀古 133 (p2-3-19): 菩萨蛮·书江西造口壁 134 (p2-3-20): 山坡羊·潼关怀古 135 (p2-3-21): 般涉调·哨遍·高祖还乡 137 (p2-3-22): 双调·夜行船·秋思 138 (p2-3-23): 中吕·卖花声·怀古（二首） 140 (p2-4): 第六章 明清诗歌 140 (p2-4-1): 咏煤炭 140 (p2-4-2): 石灰吟 141 (p2-4-3): 蔽月山房 141 (p2-4-4): 登舍身台 142 (p2-4-5): 海上（其一） 142 (p2-4-6): 别云间 143 (p2-4-7): 杂兴（其三） 143 (p2-4-8): 咏史 144 (p2-4-9): 己亥杂诗 144 (p2-4-10): 赠梁任父同年 145 (p2-4-11): 狱中题壁 146 (p2-4-12): 临江仙 146 (p2-4-13): 朝天子·咏喇叭 148 (p2-5): 第七章 对联 148 (p2-5-1): （一）题赠联 151 (p2-5-2): （二）居室联 153 (p2-5-3): （三）馆堂联 157 (p2-5-4): （四）景观联 161 (p3): 下编——名言 163 (p3-1): 第八章 先秦儒家名言 163 (p3-1-1): （一）《论语》名言 174 (p3-1-2): （二）《孟子》名言 178 (p3-1-3): （三）《大学》名言 180 (p3-1-4): （四）《中庸》名言 183 (p3-1-5): （五）《礼记》名言 187 (p3-1-6): （六）《尚书》《周易》等名言 191 (p3-2): 第九章 诸子百家名言 191 (p3-2-1): （一）《老子》名言 197 (p3-2-2): （二）《庄子》名言 201 (p3-2-3): （三）《墨子》名言 203 (p3-2-4): （四）《荀子》名言 211 (p3-2-5): （五）《管子》名言 216 (p3-2-6): （六）《慎子》《列子》等名言 218 (p3-2-7): （七）《晏子春秋》名言 219 (p3-2-8): （八）《韩非子》名言 221 (p3-2-9): （九）《吕氏春秋》名言 222 (p3-2-10): （十）《淮南子》名言 228 (p3-3): 第十章 汉代以来历代先贤名言 228 (p3-3-1): （一）汉代经典名言 231 (p3-3-2): （二）三国两晋南北朝时期经典名言 233 (p3-3-3): （三）隋唐时期经典名言 238 (p3-3-4): （四）宋元时期经典名言 244 (p3-3-5): （五）明清时期经典名言 252 (p3-4): 第十一章 成语典故撷珍 263 (p4): 附录 263 (p4-1): 中国历史朝代简表 266 (p4-2): 中国传统节日简介 268 (p4-3): 中国文化景观简介 274 (p5): 后记

本书由8个单元组成。每单元内容围绕同一个主题展开,每单元还设计了主题下的生活场景、职业场景,通过听、说、读、写基本技能的训练,提高综合语言运用能力

本书作者是世界著名数学家R. Langlands (朗兰兹) 的弟子。在数学领域中,著名的朗兰兹纲领是一系列影响深远的构想,联系数论、代数几何与约化群表示理论。本书则从数学底层讲述微分方程和代数这两个数学重要分支的内在联系,通过讲述非交换环、单径表示等内容,向读者介绍在一般微分方程和代数的数学书中不常见的内容,展示微分方程和代数的发展史中的光辉一页,立意颇高。 本书是《现代数学基础》系列中的一本,具体内容包括:微分方程与代数、复微分方程、p进微分方程、形式偏微分方程、联络的同调代数、G丛、Simpson对应和微分算子层等,可供数学及相关专业的师生及科研人员使用参考。

本书是对Markov链理论的现代处理方法的导引,该方法的主要目标是确定一个Markov链收敛到作为态空间体积和几何之函数的平稳分布的收敛速率。作者发展了估计收敛时间的关键工具,包括耦合、强平稳时间以及谱方法:一有可能,便强调概率论式的方法。本书包括了许多例题并对统计力学的中心模型给出了简短介绍;还讲述了网络上的随机游动,包括击中和掩盖时间,以及对洗牌的各种方法的分析。至于预备知识,作者假定了对概率论的适度了解以及大学水平的线性代数。本书打算将这个活跃的研究领域的激情带给大范围的受众。

PrefacePreface of the First Edition1.Schemes and Coherent Sheaves1.1 Presheaves and Sheaves1.2 Schemes and Morphisms1.3 Properties of Schemes and Morphisms1.4 Coherent Sheaves1.5 Formal Completions of Schemes and Sheaves2.Cohomology2.1 Derived Functors2.2 Spectral Sequences2.3 Cech Cohomology2.4 Cohomology of Affine and Projective Schemes2.5 Cohomological Study of Proper Morphisms2.6 Local Freeness of Higher Direct Images2.7 Grothendieck's Existence TheoremBibliographyIndex

2007年,陶哲轩创立了一个内容丰富的数学博客,内容从他自己的研究工作和其他新近的数学进展,到他的授课讲义,包括各种非专业性难题和说明文章。头两年的博文已由美国数学会出版,而第三年的博文将分两册出版。第一册内容由实分析第二教程和博文中的相关资料构成。实分析课程假定读者对一般测度论和本科分析的基本概念已有一定的了解。本书内容包括:测度论中的高级专题,尤其是Lebesgue-Radon-Nikodym定理和Riesz表示定理;泛函分析专题,如Hilbert空间和Banach空间;广义函数空间和重要的函数空间,包括Lebesgue的Lp空间和Sobolev空间。另外还讨论了Fourier变换的一般理论。本书的第二部分谈到了许多辅助论题,诸如 Zorn 里, Carathéodory延拓定理和 Banach-Tarski特论。作者还讨论了ε正规化推理——软分析的一个基本技巧,本书书名正取于此意。总体来说,本书提供了比二年级研究生实分析课程丰富得多的内容。博文的第二册由各种专题的技术性和说明性文章组成,可以独立阅读。

1 (p1): 上编——散文 3 (p1-1): 第一章 专题 3 (p1-1-1): 修身为本 5 (p1-1-2): 仁者爱人 9 (p1-1-3): 天人合一 11 (p1-1-4): 和而不同 17 (p1-1-5): 以民为本 20 (p1-1-6): 礼义廉耻 23 (p1-1-7): 天下为公 25 (p1-1-8): 好学·力行·知耻 28 (p1-1-9): 自强不息,厚德载物 34 (p1-2): 第二章 选文品读 34 (p1-2-1): 召公谏厉王弭谤 35 (p1-2-2): 齐人有一妻一妾 36 (p1-2-3): 廉颇蔺相如列传 43 (p1-2-4): 过秦论 47 (p1-2-5): 乐羊子妻 48 (p1-2-6): 世说新语 51 (p1-2-7): 谏太宗十思疏 53 (p1-2-8): 陋室铭 54 (p1-2-9): 蝜蝂传 56 (p1-2-10): 留侯论 58 (p1-2-11): 伶官传序 60 (p1-2-12): 爱莲说 61 (p1-2-13): 伤仲永 63 (p1-2-14): 狱中上母书 66 (p1-2-15): 治家格言 68 (p1-2-16): 左忠毅公逸事 71 (p1-2-17): 病梅馆记 73 (p1-2-18): 强学会序 77 (p1-2-19): 与妻书 81 (p1-2-20): 为学与做人 87 (p2): 中编——诗歌 90 (p2-1): 第三章 先秦汉魏两晋南北朝诗歌 90 (p2-1-1): 氓 93 (p2-1-2): 硕鼠 94 (p2-1-3): 国殇 95 (p2-1-4): 渔父 96 (p2-1-5): 长歌行 97 (p2-1-6): 迢迢牵牛星 97 (p2-1-7): 嵩里行 98 (p2-1-8): 杂诗 99 (p2-1-9): 咏史 101 (p2-2): 第四章 唐代诗歌 101 (p2-2-1): 赐萧瑀 101 (p2-2-2): 感遇 102 (p2-2-3): 登幽州台歌 102 (p2-2-4): 春江花月夜 104 (p2-2-5): 峨眉山月歌 104 (p2-2-6): 把酒问月 105 (p2-2-7): 行路难 106 (p2-2-8): 茅屋为秋风所破歌 107 (p2-2-9): 春望 107 (p2-2-10): 闻官军收河南河北 108 (p2-2-11): 致酒行 109 (p2-2-12): 酬乐天扬州初逢席上见赠 109 (p2-2-13): 剑客 110 (p2-2-14): 逢入京使 110 (p2-2-15): 从军行 111 (p2-2-16): 芙蓉楼送辛渐 111 (p2-2-17): 凉州词 112 (p2-2-18): 送杜少府之任蜀州 112 (p2-2-19): 题乌江亭 113 (p2-2-20): 黄鹤楼 113 (p2-2-21): 赠内 114 (p2-2-22): 新制绫袄成感而有咏 115 (p2-2-23): 求友 115 (p2-2-24): 游子吟 116 (p2-2-25): 寒山诗一首 116 (p2-2-26): 焚书坑 117 (p2-2-27): 己亥岁二首 117 (p2-2-28): 塞上曲二首 118 (p2-2-29): 劝学 118 (p2-2-30): 无题 119 (p2-2-31): 离思 119 (p2-2-32): 吴宫怀古 121 (p2-3): 第五章 宋元诗歌 121 (p2-3-1): 古意 121 (p2-3-2): 绝句 122 (p2-3-3): 夏日绝句 122 (p2-3-4): 病起书怀 123 (p2-3-5): 游山西村 123 (p2-3-6): 冬夜读书示子聿八首(其三) 124 (p2-3-7): 金错刀行 124 (p2-3-8): 观书有感 125 (p2-3-9): 读书 125 (p2-3-10): 过苕溪 126 (p2-3-11): 正气歌 129 (p2-3-12): 墨梅图诗 129 (p2-3-13): 渔家傲·秋思 130 (p2-3-14): 江城子·乙卯正月二十日夜记梦 130 (p2-3-15): 念奴娇·赤壁怀古 131 (p2-3-16): 鹊桥仙 132 (p2-3-17): 满江红 132 (p2-3-18): 永遇乐·京口北固亭怀古 133 (p2-3-19): 菩萨蛮·书江西造口壁 134 (p2-3-20): 山坡羊·潼关怀古 135 (p2-3-21): 般涉调·哨遍·高祖还乡 137 (p2-3-22): 双调·夜行船·秋思 138 (p2-3-23): 中吕·卖花声·怀古(二首) 140 (p2-4): 第六章 明清诗歌 140 (p2-4-1): 咏煤炭 140 (p2-4-2): 石灰吟 141 (p2-4-3): 蔽月山房 141 (p2-4-4): 登舍身台 142 (p2-4-5): 海上(其一) 142 (p2-4-6): 别云间 143 (p2-4-7): 杂兴(其三) 143 (p2-4-8): 咏史 144 (p2-4-9): 己亥杂诗 144 (p2-4-10): 赠梁任父同年 145 (p2-4-11): 狱中题壁 146 (p2-4-12): 临江仙 146 (p2-4-13): 朝天子·咏喇叭 148 (p2-5): 第七章 对联 148 (p2-5-1): (一)题赠联 151 (p2-5-2): (二)居室联 153 (p2-5-3): (三)馆堂联 157 (p2-5-4): (四)景观联 161 (p3): 下编——名言 163 (p3-1): 第八章 先秦儒家名言 163 (p3-1-1): (一)《论语》名言 174 (p3-1-2): (二)《孟子》名言 178 (p3-1-3): (三)《大学》名言 180 (p3-1-4): (四)《中庸》名言 183 (p3-1-5): (五)《礼记》名言 187 (p3-1-6): (六)《尚书》《周易》等名言 191 (p3-2): 第九章 诸子百家名言 191 (p3-2-1): (一)《老子》名言 197 (p3-2-2): (二)《庄子》名言 201 (p3-2-3): (三)《墨子》名言 203 (p3-2-4): (四)《荀子》名言 211 (p3-2-5): (五)《管子》名言 216 (p3-2-6): (六)《慎子》《列子》等名言 218 (p3-2-7): (七)《晏子春秋》名言 219 (p3-2-8): (八)《韩非子》名言 221 (p3-2-9): (九)《吕氏春秋》名言 222 (p3-2-10): (十)《淮南子》名言 228 (p3-3): 第十章 汉代以来历代先贤名言 228 (p3-3-1): (一)汉代经典名言 231 (p3-3-2): (二)三国两晋南北朝时期经典名言 233 (p3-3-3): (三)隋唐时期经典名言 238 (p3-3-4): (四)宋元时期经典名言 244 (p3-3-5): (五)明清时期经典名言 252 (p3-4): 第十一章 成语典故撷珍 263 (p4): 附录 263 (p4-1): 中国历史朝代简表 266 (p4-2): 中国传统节日简介 268 (p4-3): 中国文化景观简介 274 (p5): 后记

封面 1书名 3版权 4前言 5目录 81 102 113 124 135 146 157 168 179 1810 1911 2012 2113 2214 2315 2416 2517 2618 2719 2820 2921 3022 3123 3224 3325 3426 3527 3628 3729 3830 3931 4032 4133 4234 4335 4436 4537 4638 4739 4840 4941 5042 5143 5244 5345 5446 5547 5648 5749 5850 5951 6052 6153 6254 6355 6456 6557 6658 6759 6860 6961 7062 7163 7264 7365 7466 7567 7668 7769 7870 7971 8072 8173 8274 8375 8476 8577 8678 8779 8880 8981 9082 9183 9284 9385 9486 9587 9688 9789 9890 9991 10092 10193 10294 10395 10496 10597 10698 10799 108100 109101 110102 111103 112104 113105 114106 115107 116108 117109 118110 119111 120112 121113 122114 123115 124116 125117 126118 127119 128120 129121 130122 131123 132124 133125 134126 135127 136128 137129 138130 139131 140132 141133 142134 143135 144136 145137 146138 147139 148140 149141 150142 151143 152144 153145 154146 155147 156148 157149 158150 159151 160152 161153 162154 163155 164156 165157 166158 167159 168160 169161 170162 171163 172164 173165 174166 175167 176168 177169 178170 179171 180172 181173 182174 183175 184176 185177 186178 187179 188180 189181 190182 191183 192184 193185 194186 195187 196188 197189 198190 199191 200192 201193 202194 203195 204196 205197 206198 207199 208200 209201 210202 211203 212204 213205 214206 215207 216208 217209 218

本书从地理位置,历史起源,政治文化,饮食文化,语言文化,风景名胜等方面介绍了特立尼达和多巴哥共和国的概况 本书从政治、经济、人文、地理、日常生活、价值观等诸多方面向读者全方位展现了特立尼达和多巴哥的异域风情

封面 1 书名 3 版权 4 前言 5 目录 8 1 9 2 10 3 11 4 12 5 13 6 14 7 15 8 16 9 17 10 18 11 19 12 20 13 21 14 22 15 23 16 24 17 25 18 26 19 27 20 28 21 29 22 30 23 31 24 32 25 33 26 34 27 35 28 36 29 37 30 38 31 39 32 40 33 41 34 42 35 43 36 44 37 45 38 46 39 47 40 48 41 49 42 50 43 51 44 52 45 53 46 54 47 55 48 56 49 57 50 58 51 59 52 60 53 61 54 62 55 63 56 64 57 65 58 66 59 67 60 68 61 69 62 70 63 71 64 72 65 73 66 74 67 75 68 76 69 77 70 78 71 79 72 80 73 81 74 82 75 83 76 84 77 85 78 86 79 87 80 88 81 89 82 90 83 91 84 92 85 93 86 94 87 95 88 96 89 97 90 98 91 99 92 100 93 101 94 102 95 103 96 104 97 105 98 106 99 107 100 108 101 109 102 110 103 111 104 112 105 113 106 114 107 115 108 116 109 117 110 118 111 119 112 120 113 121 114 122 115 123 116 124 117 125 118 126 119 127 120 128 121 129 122 130 123 131 124 132 125 133 126 134 127 135 128 136 129 137 130 138 131 139 132 140 133 141 134 142 135 143 136 144 137 145 138 146 139 147 140 148 141 149 142 150 143 151 144 152 145 153 146 154 147 155 148 156 149 157 150 158 151 159 152 160 153 161 154 162 155 163 156 164 157 165 158 166 159 167 160 168 161 169 162 170 163 171 164 172 165 173 166 174 167 175 168 176 169 177 170 178 171 179 172 180 173 181 174 182 175 183 176 184 177 185 178 186 179 187 180...

本书作者路易斯·卡法雷、桑德罗·萨尔萨提出了一系列处理这种问题中最基本情况的思想、方法和技术。特别地,他们描述了使构造成为可能的几何和实分析的极其基本的工具:在Lipschitz区域中的调和与热量测度的性质,平行曲面与椭圆方程之间的关系,单调性公式与刚性等

本书简述了日本社会文化的基本方面和主要线索,既有关于新西兰地理,历史,政治,国民性格,态度和行为习惯的描述,也有对普通人家庭生活,工作和娱乐,饮食特色,商业文化,社交礼仪的介绍 本书简述了日本社会文化的基本方面和主要线索,既有关于新西兰地理、历史、政治、国民性格、态度和行为习惯的描述,也有对普通人家庭生活、工作和娱乐、饮食特色、商业文化、社交礼仪的介绍

1 (p1): Chapter 1 Computer Networks and the Internet 2 (p1-1): 1.1 What Is the Internet？ 2 (p1-1-1): 1.1.1 A Nuts-and-Bolts Description 5 (p1-1-2): 1.1.2 A Service Description 6 (p1-1-3): 1.1.3 What Is a Protocol？ 9 (p1-2): 1.2 The Network Edge 9 (p1-2-1): 1.2.1 End Systems，Clients，and Servers 11 (p1-2-2): 1.2.2 Connectionless and Connection-Oriented Service 14 (p1-3): 1.3 The Network Core 14 (p1-3-1): 1.3.1 Circuit Switching and Packet Switching 21 (p1-3-2): 1.3.2 Packet-Switched Networks：Datagram Networks and Virtual-Circuit Networks 24 (p1-4): 1.4 Access Networks and Physical Media 25 (p1-4-1): 1.4.1 Access Networks 31 (p1-4-2): 1.4.2 Physical Media 34 (p1-5): 1.5 ISPs and Internet Backbones 37 (p1-6): 1.6 Delay and Loss in Packet-Switched Networks 37 (p1-6-1): 1.6.1 Types of Delay 40 (p1-6-2): 1.6.2 Queuing Delay and Packet Loss 43 (p1-6-3): 1.6.3 Delay and Routes in the Internet 44 (p1-7): 1.7 Protocol Layers and Their Service Models 45 (p1-7-1): 1.7.1 Layered Architecture 50 (p1-7-2): 1.7.2 Layers，Messages，Segments，Datagrams，and Frames 52 (p1-8): 1.8 History of Computer Networking and the Internet 52 (p1-8-1): 1.8.1 The Development of Packet Switching：1961-1972 53 (p1-8-2): 1.8.2 Proprietary Networks and Internetworking：1972-1980 56 (p1-8-3): 1.8.3 A Proliferation of Networks：1980-1990 56 (p1-8-4): 1.8.4 The Internet Explosion：The 1990s 58 (p1-8-5): 1.8.5 Recent Developments 59 (p1-9): 1.9 Summary 60 (p1-9-1): Road-Mapping This Book 61 (p1-9-2): Homework Problems and Questions 62 (p1-9-3): Problems 68 (p1-9-4): Discussion Questions 69 (p1-9-5): Ethereal Lab 1 71 (p1-10): Interview：Leonard Kleinrock 73 (p2): Chapter 2 Application Layer 74 (p2-1): 2.1 Principles of Network Applications 75 (p2-1-1): 2.1.1 Network Application Architectures 78 (p2-1-2): 2.1.2 Processes Communicating 81 (p2-1-3): 2.1.3 Application-Layer Protocols 82 (p2-1-4): 2.1.4 What Services Does an Application Need？ 84 (p2-1-5): 2.1.5 Services Provided by the Internet Transport Protocols 87 (p2-1-6): 2.1.6 Network Applications Covered in This Book 87 (p2-2): 2.2 The Web and HTTP 88 (p2-2-1): 2.2.1 Overview of HTTP 90 (p2-2-2): 2.2.2 Nonpersistent and Persistent Connections 93 (p2-2-3): 2.2.3 HTTP Message Format 98 (p2-2-4): 2.2.4 User-Server Interaction：Cookies 100 (p2-2-5): 2.2.5 HTTP Content 100 (p2-2-6): 2.2.6 Web Caching 105 (p2-2-7): 2.2.7 The Conditional GET 106 (p2-3): 2.3 File Transfer：FTP 108 (p2-3-1): 2.3.1 FTP Commands and Replies 109 (p2-4): 2.4 Electronic Mail in the Internet 112 (p2-4-1): 2.4.1 SMTP 115 (p2-4-2): 2.4.2 Comparison with HTTP 115 (p2-4-3): 2.4.3 Mail Message Formats and MIME 118 (p2-4-4): 2.4.4 Mail Access Protocols 123 (p2-5): 2.5 DNS—The Internet’s Directory Service 123 (p2-5-1): 2.5.1 Services Provided by DNS 126 (p2-5-2): 2.5.2 Overview of How DNS Works 132 (p2-5-3): 2.5.3 DNS Records and Messages 136 (p2-6): 2.6 P2P File Sharing 146 (p2-7): 2.7 Socket Programming with TCP 147 (p2-7-1): 2.7.1 Socket Programming with TCP 149 (p2-7-2): 2.7.2 An Example Client/Server Application in Java 156 (p2-8): 2.8 Socket Programming with UDP 164 (p2-9): 2.9 Building a Simple Web Server 164 (p2-9-1): 2.9.1 Web Server Functions 169 (p2-10): 2.10 Summary 170 (p2-10-1): Homework Problems and Questions 171 (p2-10-2): Problems 177 (p2-10-3): Discussion Questions 178 (p2-10-4): Socket Programming Assignments 180 (p2-10-5): Ethereal Labs 181 (p2-11): Interview：Tim Berners-Lee 183 (p3): Chapter 3 Transport Layer 184 (p3-1): 3.1 Introduction and Transport-Layer Services 184 (p3-1-1): 3.1.1 Relationship Between Transport and Network Layers 187 (p3-1-2): 3.1.2 Overview of the Transport Layer in the Internet 189 (p3-2): 3.2 Multiplexing and Demultiplexing 196 (p3-3): 3.3 Connectionless Transport：UDP 199 (p3-3-1): 3.3.1 UDP Segment Structure 200 (p3-3-2): 3.3.2 UDP Checksum 201 (p3-4): 3.4 Principles of Reliable Data Transfer 203 (p3-4-1): 3.4.1 Building a Reliable Data Transfer Protocol 214 (p3-4-2): 3.4.2 Pipelined Reliable Data Transfer Protocols 217 (p3-4-3): 3.4.3 Go-Back-N （GBN） 221 (p3-4-4): 3.4.4 Selective Repeat （SR） 228 (p3-5): 3.5 Connection-Oriented Transport：TCP 228 (p3-5-1): 3.5.1 The TCP Connection 231 (p3-5-2): 3.5.2 TCP Segment Structure 236 (p3-5-3): 3.5.3 Round-Trip Time Estimation and Timeout 239 (p3-5-4): 3.5.4 Reliable Data Transfer 246 (p3-5-5): 3.5.5 Flow Control 249 (p3-5-6): 3.5.6 TCP Connection Management 254 (p3-6): 3.6 Principles of Congestion Control 254 (p3-6-1): 3.6.1 The Causes and the Costs of Congestion 260 (p3-6-2): 3.6.2 Approaches to Congestion Control 261 (p3-6-3): 3.6.3 Network-Assisted Congestion-Control Example：ATM ABR Congestion Control 264 (p3-7): 3.7 TCP Congestion Control 271 (p3-7-1): 3.7.1 Fairness 275 (p3-7-2): 3.7.2 TCP Delay Modeling 284 (p3-8): 3.8 Summary 285 (p3-8-1): Homework Problems and Questions 287 (p3-8-2): Problems 294 (p3-8-3): Discussion Questions 295 (p3-8-4): Programming Assignments 295 (p3-8-5): Ethereal Lab：Exploring TCP 297 (p3-9): Interview：Sally Floyd 299 (p4): Chapter 4 The Network Layer 300 (p4-1): 4.1 Introduction 301 (p4-1-1): 4.1.1 Forwarding and Routing 304 (p4-1-2): 4.1.2 Network Service Models 307 (p4-2): 4.2 Virtual Circuit and Datagram Networks 307 (p4-2-1): 4.2.1 Virtual-Circuit Networks 310 (p4-2-2): 4.2.2 Datagram Networks 313 (p4-2-3): 4.2.3 Origins of VC and Datagram Networks 314 (p4-3): 4.3 What’s Inside a Router？ 315 (p4-3-1): 4.3.1 Input Ports 318 (p4-3-2): 4.3.2 Switching Fabric 320 (p4-3-3): 4.3.3 Output Ports 320 (p4-3-4): 4.3.4 Where Does Queuing Occur？ 323 (p4-4): 4.4 The Internet Protocol （IP）：Forwarding and Addressing in the Internet 325 (p4-4-1): 4.4.1 Datagram Format 331 (p4-4-2): 4.4.2 IPv4 Addressing 342 (p4-4-3): 4.4.3 Internet Control Message Protocol （ICMP） 344 (p4-4-4): 4.4.4 IPv6 351 (p4-5): 4.5 Routing Algorithms 354 (p4-5-1): 4.5.1 The Link-State （LS） Routing Algorithm 358 (p4-5-2): 4.5.2 The Distance-Vector （DV） Routing Algorithm 366 (p4-5-3): 4.5.3 Hierarchical Routing 370 (p4-6): 4.6 Routing in the Internet 371 (p4-6-1): 4.6.1 Intra-AS Routing in the Internet：RIP 374 (p4-6-2): 4.6.2 Intra-AS Routing in the Internet：OSPF 378 (p4-6-3): 4.6.3 Inter-Autonomous System Routing：BGP 384 (p4-7): 4.7 Broadcast and Multicast Routing 385 (p4-7-1): 4.7.1 Broadcast Routing Algorithms 391 (p4-7-2): 4.7.2 Multicast 399 (p4-8): 4.8 Summary 400 (p4-8-1): Homework Problems and Questions 403 (p4-8-2): Problems 412 (p4-8-3): Discussion Questions 412 (p4-8-4): Programming Assignment 413 (p4-8-5): Ethereal Lab 414 (p4-9): Interview：Vinton G.Cerf 417 (p5): Chapter 5 The Link Layer and Local Area Networks 419 (p5-1): 5.1 Link Layer：Introduction and Services 419 (p5-1-1): 5.1.1 The Services Provided by the Link Layer 422 (p5-1-2): 5.1.2 Adapters Communicating 423 (p5-2): 5.2 Error-Detection and -Correction Techniques 425 (p5-2-1): 5.2.1 Parity Checks 427 (p5-2-2): 5.2.2 Checksumming Methods 428 (p5-2-3): 5.2.3 Cyclic Redundancy Check （CRC） 430 (p5-3): 5.3 Multiple Access Protocols 433 (p5-3-1): 5.3.1 Channel Partitioning Protocols 435 (p5-3-2): 5.3.2 Random Access Protocols 442 (p5-3-3): 5.3.3 Taking-Turns Protocols 443 (p5-3-4): 5.3.4 Local Area Networks （LANs） 445 (p5-4): 5.4 Link-Layer Addressing 445 (p5-4-1): 5.4.1 MAC Addresses 447 (p5-4-2): 5.4.2 Address Resolution Protocol （ARP） 451 (p5-4-3): 5.4.3 Dynamic Host Configuration Protocol 455 (p5-5): 5.5 Ethernet 456 (p5-5-1): 5.5.1 Ethernet Frame Structure 460 (p5-5-2): 5.5.2 CSMA/CD：Ethernet’s Multiple Access Protocol 463 (p5-5-3): 5.5.3 Ethernet Technologies 465 (p5-6): 5.6 Interconnections：Hubs and Switches 465 (p5-6-1): 5.6.1 Hubs 467 (p5-6-2): 5.6.2 Link-Layer Switches 477 (p5-7): 5.7 PPP：The Point-to-Point Protocol 479 (p5-7-1): 5.7.1 PPP Data Framing 480 (p5-7-2): 5.7.2 PPP Link-Control Protocol （LCP） and Network-Control Protocols 482 (p5-8): 5.8 Link Virtualization：A Network as a Link Layer 483 (p5-8-1): 5.8.1 Asynchronous Transfer Mode （ATM） Networks 488 (p5-8-2): 5.8.2 Multiprotocol Label Switching （MPLS） 491 (p5-9): 5.9 Summary 493 (p5-9-1): Homework Problems and Questions 494 (p5-9-2): Problems 498 (p5-9-3): Discussion Questions 499 (p5-9-4): Ethereal Lab 500 (p5-10): Interview：Simon S.Lam 503 (p6): Chapter 6 Wireless and Mobile Networks 504 (p6-1): 6.1 Introduction 508 (p6-2): 6.2 Wireless Links and Network Characteristics 509 (p6-2-1): 6.2.1 CDMA 513 (p6-3): 6.3 Wi-Fi：802.11 Wireless LANs 514 (p6-3-1): 6.3.1 The 802.11 Architecture 517 (p6-3-2): 6.3.2 The 802.11 MAC Protocol 523 (p6-3-3): 6.3.3 The IEEE 802.11 Frame 526 (p6-3-4): 6.3.4 Mobility in the Same IP Subnet 528 (p6-3-5): 6.3.5 802.15 and Bluetooth 529 (p6-4): 6.4 Cellular Internet Access 531 (p6-4-1): 6.4.1 An Overview of Cellular Architecture 532 (p6-4-2): 6.4.2 Cellular Standards and Technologies：A Brief Survey 536 (p6-5): 6.5 Mobility Management：Principles 538 (p6-5-1): 6.5.1 Addressing 540 (p6-5-2): 6.5.2 Routing to a Mobile Node 546 (p6-6): 6.6 Mobile IP 551 (p6-7): 6.7 Managing Mobility in Cellular Networks 552 (p6-7-1): 6.7.1 Routing Calls to a Mobile User 553 (p6-7-2): 6.7.2 Handoffs in GSM 556 (p6-8): 6.8 Wireless and Mobility：Impact on Higher-layer Protocols 559 (p6-9): 6.9 Summary 559 (p6-9-1): Homework Problems and Questions 560 (p6-9-2): Problems 562 (p6-9-3): Discussion Questions 562 (p6-9-4): Ethereal Lab 563 (p6-10): Interview：Charlie Perkins 565 (p7): Chapter 7 Multimedia Networking 566 (p7-1): 7.1 Multimedia Networking Applications 566 (p7-1-1): 7.1.1 Examples of Multimedia Applications 569 (p7-1-2): 7.1.2 Hurdles for Multimedia in Today’s Internet 571 (p7-1-3): 7.1.3 How Should the Internet Evolve to Support Multimedia Better？ 572 (p7-1-4): 7.1.4 Audio and Video Compression 574 (p7-2): 7.2 Streaming Stored Audio and Video 576 (p7-2-1): 7.2.1 Accessing Audio and Video Through a Web Server 578 (p7-2-2): 7.2.2 Sending Multimedia from a Streaming Server to a Helper Application 580 (p7-2-3): 7.2.3 Real-Time Streaming Protocol （RTSP） 584 (p7-3): 7.3 Making the Best of the Best-Effort Service：An Internet Phone Example 585 (p7-3-1): 7.3.1 The Limitations of a Best-Eggort Service 587 (p7-3-2): 7.3.2 Removing Jitter at the Receiver for Audio 590 (p7-3-3): 7.3.3 Recovering from Packet Loss 594 (p7-3-4): 7.3.4 Streaming Stored Audio and Video 594 (p7-4): 7.4 Protocols for Real-Time Interactive Applications 594 (p7-4-1): 7.4.1 RTP 599 (p7-4-2): 7.4.2 RTP Control Protocol （RTCP） 602 (p7-4-3): 7.4.3 SIP 608 (p7-4-4): 7.4.4 H.323 610 (p7-5): 7.5 Distributing Multimedia：Content Distribution Networks 614 (p7-6): 7.6 Beyond Best Effort 615 (p7-6-1): 7.6.1 Scenario 1：A 1 Mbps Audio Application and an FTP Transfer 616 (p7-6-2): 7.6.2 Scenario 2：A 1 Mbps Audio Application and a High-Priority FTP Transfer 617 (p7-6-3): 7.6.3 Scenario 3：A Misbehaving Audio Application and an FTP Transfer 619 (p7-6-4): 7.6.4 Scenario 4：Two 1 Mbps Audio Applications over an Overloaded 1.5 Mbps Link 620 (p7-7): 7.7 Scheduling and Policing Mechanisms 621 (p7-7-1): 7.7.1 Scheduling Mechanisms 625 (p7-7-2): 7.7.2 Policing：The Leaky Bucket 628 (p7-8): 7.8 Integrated Services and Differentiated Services 628 (p7-8-1): 7.8.1 Intserv 631 (p7-8-2): 7.8.2 Diffserv 636 (p7-9): 7.9 RSVP 637 (p7-9-1): 7.9.1 The Essence of RSVP 639 (p7-9-2): 7.9.2 A Few Simple Examples 643 (p7-10): 7.10 Summary 644 (p7-10-1): Homework Problems and Questions 645 (p7-10-2): Problems 649 (p7-10-3): Discussion Questions 649 (p7-10-4): Programming Assignment 651 (p7-11): Interview：Henning Schulzrinne 653 (p8): Chapter 8 Security in Computer Networks 654 (p8-1): 8.1 What Is Network Security？ 657 (p8-2): 8.2 Principles of Cryptography 660 (p8-2-1): 8.2.1 Symmetric Key Cryptography 664 (p8-2-2): 8.2.2 Public Key Encryption 670 (p8-3): 8.3 Authentication 670 (p8-3-1): 8.3.1 Authentication Protocol ap1.0 671 (p8-3-2): 8.3.2 Authentication Protocol ap2.0 672 (p8-3-3): 8.3.3 Authentication Protocol ap3.0 672 (p8-3-4): 8.3.4 Authentication Protocol ap3.1 673 (p8-3-5): 8.3.5 Authentication Protocol ap4.0 674 (p8-3-6): 8.3.6 Authentication Protocol ap5.0 678 (p8-4): 8.4 Integrity 678 (p8-4-1): 8.4.1 Generating Digital Signatures 679 (p8-4-2): 8.4.2 Message Digests 681 (p8-4-3): 8.4.3 Hash Function Algorithms 684 (p8-5): 8.5 Key Distribution and Certification 686 (p8-5-1): 8.5.1 The Key Distribution Center 687 (p8-5-2): 8.5.2 Public Key Certification 691 (p8-6): 8.6 Access Control：Firewalls 692 (p8-6-1): 8.6.1 Packet Filtering 695 (p8-6-2): 8.6.2 Application Gateway 697 (p8-7): 8.7 Attacks and Countermeasures 697 (p8-7-1): 8.7.1 Mapping 698 (p8-7-2): 8.7.2 Packet Sniffing 699 (p8-7-3): 8.7.3 Spoofing 700 (p8-7-4): 8.7.4 Denial-of-Service and Distributed Denial-of-Service Attacks 701 (p8-7-5): 8.7.5 Hijacking 702 (p8-8): 8.8 Security in Many Layers：Case Studies 703 (p8-8-1): 8.8.1 Secure E-mail 708 (p8-8-2): 8.8.2 Secure Sockets Layer （SSL） and Transport Layer Security （TLS） 712 (p8-8-3): 8.8.3 Network-Layer Security：IPsec 716 (p8-8-4): 8.8.4 Security in IEEE 802.11 721 (p8-9): 8.9 Summary 722 (p8-9-1): Homework Problems and Questions 723 (p8-9-2): Problems 725 (p8-9-3): Discussion Questions 726 (p8-10): Interview：Steven M.Bellovin 729 (p9): Chapter 9 Network Management 730 (p9-1): 9.1 What Is Network Management？ 734 (p9-2): 9.2 The Infrastructure for Network Management 738 (p9-3): 9.3 The Internet-Standard Management Framework 740 (p9-3-1): 9.3.1 Structure of Management Information：SMI 743 (p9-3-2): 9.3.2 Management Information Base：MIB 745 (p9-3-3): 9.3.3 SNMP Protocol Operations and Transport Mappings 749 (p9-3-4): 9.3.4 Security and Administration 753 (p9-4): 9.4 ASN.1 757 (p9-5): 9.5 Conclusion 758 (p9-5-1): Homework Problems and Questions 759 (p9-5-2): Problems 760 (p9-5-3): Discussion Questions 761 (p9-6): Interview：Jeff Case 763 (p10): References 797 (p11): Index

本书介绍了克罗地亚.你会发现在这里除了可以观光怡人的海景,还可以释放对足球和时尚的热爱,品尝丰富多样的当地美食 本书介绍了克罗地亚。你会发现在这里除了可以观光怡人的海景,还可以释放对足球和时尚的热爱,品尝丰富多样的当地美食

本书简述柬埔寨社会文化的基本方面和主要线索,既有关于地理、历史、政治、国民性格、信仰、态度和行为习惯的描述,也有对普通人家庭生活、工作和娱乐、饮食特色、商业文化、社交礼仪的介绍

3 (p1): PART ONE ■ OVERVIEW 3 (p1-2): Chapter1 Introduction 3 (p1-3): 1.1 What Is an Operating System? 6 (p1-4): 1.2 Batch Systems 8 (p1-5): 1.3 Time-Sharing Systems 10 (p1-6): 1.4 Personal-Computer Systems 11 (p1-7): 1.5 Parallel Systems 14 (p1-8): 1.6 Real-Time Systems 15 (p1-9): 1.7 Distributed Systems 16 (p1-10): 1.8 Summary 17 (p1-11): Exercises 18 (p1-12): Bibliographical Notes 19 (p1-13): Chapter2 Computer-System Structures 19 (p1-14): 2.1 Computer-System Operation 22 (p1-15): 2.2 I/O Structure 26 (p1-16): 2.3 Storage Structure 30 (p1-17): 2.4 Storage Hierarchy 33 (p1-18): 2.5 Hardware Protection 39 (p1-19): 2.6 General System Architecture 40 (p1-20): 2.7 Summary 41 (p1-21): Exercises 43 (p1-22): Bibliographical Notes 45 (p1-23): Chapter3 Operating-System Structures 45 (p1-24): 3.1 System Components 51 (p1-25): 3.2 Operating-System Services 53 (p1-26): 3.3 System Calls 62 (p1-27): 3.4 System Programs 64 (p1-28): 3.5 System Structure 70 (p1-29): 3.6 Virtual Machines 74 (p1-30): 3.7 Java 77 (p1-31): 3.8 System Design and Implementation 80 (p1-32): 3.9 System Generation 81 (p1-33): 3.10 Summary 82 (p1-34): Exercises 84 (p1-35): Bibliographical Notes 87 (p2): PART TWO ■ PROCESS MANAGEMENT 87 (p2-2): Chapter4 Processes 87 (p2-3): 4.1 Process Concept 91 (p2-4): 4.2 Process Scheduling 95 (p2-5): 4.3 Operations on Processes 99 (p2-6): 4.4 Cooperating Processes 101 (p2-7): 4.5 Interprocess Communication 112 (p2-8): 4.6 Summary 113 (p2-9): Exercises 114 (p2-10): Bibliographical Notes 115 (p2-11): Chapter5 Threads 115 (p2-12): 5.1 Overview 116 (p2-13): 5.2 Benefits 117 (p2-14): 5.3 User and Kernel Threads 118 (p2-15): 5.4 Multithreading Models 120 (p2-16): 5.5 Solaris 2 Threads 122 (p2-17): 5.6 Java Threads 130 (p2-18): 5.7 Summary 132 (p2-19): Exercises 133 (p2-20): Bibliographical Notes 135 (p2-21): Chapter6 CPU Scheduling 135 (p2-22): 6.1 Basic Concepts 139 (p2-23): 6.2 Scheduling Criteria 141 (p2-24): 6.3 Scheduling Algorithms 153 (p2-25): 6.4 Multiple-Processor Scheduling 153 (p2-26): 6.5 Real-Time Scheduling 156 (p2-27): 6.6 Thread Scheduling 158 (p2-28): 6.7 Java Thread Scheduling 162 (p2-29): 6.8 Algorithm Evaluation 167 (p2-30): 6.9 Summary 168 (p2-31): Exercises 171 (p2-32): Bibliographical Notes 173 (p2-33): Chapter7 Process Synchronization 173 (p2-34): 7.1 Background 175 (p2-35): 7.2 Critical-Section Problem 177 (p2-36): 7.3 Two-Tasks Solutions 181 (p2-37): 7.4 Synchronization Hardware 184 (p2-38): 7.5 Semaphores 191 (p2-39): 7.6 Classical Synchronization Problems 199 (p2-40): 7.7 Monitors 205 (p2-41): 7.8 Java Synchronization 220 (p2-42): 7.9 OSSynchronization 222 (p2-43): 7.10 Summary 222 (p2-44): Exercises 225 (p2-45): Bibliographical Notes 227 (p2-46): 8.1 System Model 227 (p2-47): Chapter8 Deadlocks 229 (p2-48): 8.2 Deadlock Characterization 233 (p2-49): 8.3 Methods for Handling Deadlocks 237 (p2-50): 8.4 Deadlock Prevention 241 (p2-51): 8.5 Deadlock Avoidance 244 (p2-52): 8.6 Deadlock Detection 245 (p2-53): 8.7 Recovery from Deadlock 247 (p2-54): 8.8 Summary 248 (p2-55): Exercises 250 (p2-56): Bibliographical Notes 255 (p3): PART THREE ■ STORAGE MANAGEMENT 255 (p3-2): Chapter9 Memory Management 255 (p3-3): 9.1 Background 262 (p3-4): 9.2 Swapping 265 (p3-5): 9.3 Contiguous Memory Allocation 269 (p3-6): 9.4 Paging 284 (p3-7): 9.5 Segmentation 290 (p3-8): 9.6 Segmentation with Paging 292 (p3-9): 9.7 Summary 294 (p3-10): Exercises 296 (p3-11): Bibliographical Notes 297 (p3-12): Chapter10 Virtual Memory 297 (p3-13): 10.1 Background 299 (p3-14): 10.2 Demand Paging 308 (p3-15): 10.3 Page Replacement 321 (p3-16): 10.4 Allocation of Frames 325 (p3-17): 10.5 Thrashing 330 (p3-18): 10.6 Operating-System Examples 331 (p3-19): 10.7 Other Considerations 338 (p3-20): 10.8 Summary 339 (p3-21): Exercises 344 (p3-22): Bibliographical Notes 345 (p3-23): 11.1 File Concept 345 (p3-24): Chapter11 File Systems 355 (p3-25): 11.2 Access Methods 357 (p3-26): 11.3 Directory Structure 368 (p3-27): 11.4 Protection 372 (p3-28): 11.5 File System Structure 377 (p3-29): 11.6 Allocation Methods 386 (p3-30): 11.7 Free-Space Management 388 (p3-31): 11.8 Directory Implementation 390 (p3-32): 11.9 Efficiency and Performance 392 (p3-33): 11.10 Recovery 394 (p3-34): 11.11 Summary 396 (p3-35): Exercises 399 (p3-36): Bibliographical Notes 401 (p3-37): Chapter12 I/O Systems 401 (p3-38): 12.1 Overview 402 (p3-39): 12.2 I/O Hardware 412 (p3-40): 12.3 Application I/O Interface 418 (p3-41): 12.4 Kernel I/O Subsystem 424 (p3-42): 12.5 I/O Requests Handling 427 (p3-43): 12.6 Performance 431 (p3-44): 12.7 Summary 431 (p3-45): Exercises 433 (p3-46): Bibliographical Notes 435 (p3-47): Chapter13 Mass-Storage Structure 435 (p3-48): 13.1 Disk Structure 436 (p3-49): 13.2 Disk Scheduling 442 (p3-50): 13.3 Disk Management 446 (p3-51): 13.4 Swap-Space Management 448 (p3-52): 13.5 Disk Reliability 450 (p3-53): 13.6 Stable-Storage Implementation 451 (p3-54): 13.7 Tertiary-Storage Structure 456 (p3-55): 13.8 Summary 458 (p3-56): Exercises 464 (p3-57): Bibliographical Notes 469 (p4): PART FOUR ■ DISTRIBUTED SYSTEMS 469 (p4-2): Chapter14 Network Structures 469 (p4-3): 14.1 Background 477 (p4-4): 14.2 Network Types 480 (p4-5): 14.3 Communication 487 (p4-6): 14.4 Communication Protocols 490 (p4-7): 14.5 Robustness 493 (p4-8): 14.6 Design Issues 495 (p4-9): 14.7 Networking Example 497 (p4-10): 14.8 Summary 498 (p4-11): Exercises 500 (p4-12): Bibliographical Notes 501 (p4-13): Chapter15 Distributed Communication 501 (p4-14): 15.1 Sockets 506 (p4-15): 15.2 Remote Procedure Calls 507 (p4-16): 15.3 Remote Method Invocation 515 (p4-17): 15.4 CORBA 516 (p4-18): 15.5 Object Registration 517 (p4-19): 15.6 Summary 518 (p4-20): Exercises 519 (p4-21): Bibliographical Notes 521 (p4-22): Chapter16 Distributed Coordination 521 (p4-23): 16.1 Event Ordering 524 (p4-24): 16.2 Mutual Exclusion 527 (p4-25): 16.3 Deadlock Handling 535 (p4-26): 16.4 Election Algorithms 538 (p4-27): 16.5 Summary 538 (p4-28): Exercises 539 (p4-29): Bibliographical Notes 541 (p4-30): Chapter17 Distributed File Systems 541 (p4-31): 17.1 Background 543 (p4-32): 17.2 Naming and Transparency 547 (p4-33): 17.3 Remote File Access 551 (p4-34): 17.4 Stateful Versus Stateless Service 553 (p4-35): 17.5 File Replication 554 (p4-36): 17.6 Example System:NFS 561 (p4-37): 17.7 Summary 562 (p4-38): Exercises 563 (p4-39): Bibliographical Notes 567 (p5): PART FIVE ■ PROTECTION AND SECURITY 567 (p5-2): Chapter18 Protection 567 (p5-3): 18.1 Goals of Protection 569 (p5-4): 18.2 Domain of Protection 574 (p5-5): 18.3 Access Matrix 578 (p5-6): 18.4 Implementation of Access Matrix 582 (p5-7): 18.5 Revocation of Access Rights 584 (p5-8): 18.6 Language-Based Protection 587 (p5-9): 18.7 Summary 588 (p5-10): Exercises 589 (p5-11): Bibliographical Notes 591 (p5-12): 19.1 The Security Problem 591 (p5-13): Chapter19 Security 593 (p5-14): 19.2 Authentication 597 (p5-15): 19.3 Program Threats 598 (p5-16): 19.4 System Threats 603 (p5-17): 19.5 Threat Monitoring 605 (p5-18): 19.6 Encryption 607 (p5-19): 19.7 Computer-Security Classifications 609 (p5-20): 19.8 An Example Security Model:Windows NT 611 (p5-21): 19.9 Java Security 615 (p5-22): 19.10 Summary 615 (p5-23): Exercises 616 (p5-24): Bibliographical Notes 621 (p5-25): Chapter20 The UNIX System 621 (p5-26): 20.1 History 621 (p6): PART SIX ■ CASE STUDIES 623 (p6-2): 20.2 Design Principles 626 (p6-3): 20.3 Programmer Interface 634 (p6-4): 20.4 User Interface 638 (p6-5): 20.5 Process Management 642 (p6-6): 20.6 Memory Management 646 (p6-7): 20.7 File System 654 (p6-8): 20.8 I/O System 658 (p6-9): 20.9 Interprocess Communication 664 (p6-10): 20.10 Summary 665 (p6-11): Exercises 666 (p6-12): Bibliographical Notes 669 (p6-13): Chapter21 The Linux System 669 (p6-14): 21.1 History 674 (p6-15): 21.2 Design Principles 677 (p6-16): 21.3 Kernel Modules 681 (p6-17): 21.4 Process Management 685 (p6-18): 21.5 Scheduling 690 (p6-19): 21.6 Memory Management 698 (p6-20): 21.7 File Systems 703 (p6-21): 21.8 Input and Output 706 (p6-22): 21.9 Interprocess Communication 708 (p6-23): 21.10 Network Structure 711 (p6-24): 21.11 Security 713 (p6-25): 21.12 Summary 714 (p6-26): Exercises 715 (p6-27): Bibliographical Notes 717 (p6-28): Chapter22 Windows NT 717 (p6-29): 22.1 History 718 (p6-30): 22.2 Design Principles 719 (p6-31): 22.3 System Components 725 (p6-32): 22.4 Executive 735 (p6-33): 22.5 Environmental Subsystems 738 (p6-34): 22.6 File System 745 (p6-35): 22.7 Networking 751 (p6-36): 22.8 Programmer Interface 758 (p6-37): 22.9 Summary 759 (p6-38): Exercises 759 (p6-39): Bibliographical Notes 761 (p6-40): Appendix A Java Primer 761 (p6-41): A.1 Basics 770 (p6-42): A.2 Exception Handling 772 (p6-43): A.3 Inheritance 775 (p6-44): A.4 Interfaces and Abstract Classes 779 (p6-45): A.5 Applications and Applets 781 (p6-46): A.6 Summary 781 (p6-47): Bibliographical Notes 783 (p6-48): Bibliography 807 (p6-49): Credits 809 (p6-50): Index

Ben shu fen wei si da bu fen. Di yi bu fen zhu yao jie shao zhong xiao xue jiao yu ke yan de ji ben zhi shi he ji ben li lun;Di er bu fen zhu yao jie shao ge zhong ju ti de zai zhong xiao xue jiao yu ke yan zhong chang yong de yan jiu fang fa;Di san bu fen shi guan yu jiao yu ke yan fang fa de zheng he(ru zhi de yan jiu fang fa yu liang de yan jiu fang fa de zheng he), Yi ji ru he jin xing yan jiu she ji yu zhuan xie xue shu lun wen;Di si bu fen shi fu lu, Zhei yi bu fen fu shang le cai yong ji zhong yan jiu fang fa de yan jiu lun wen, Yi ji yan jiu she ji de an li he yi xie chang yong de wen juan, Ping jia zhi biao ti xi deng

本书从日常饮食、交通、通讯、购物、度假、旅游到交友、做客、事务办理、商业来往、卫生健康等方面介绍了突尼斯 本书从多个视角对突尼斯的历史文化,政治体制,宗教信仰,民俗传统等进行了介绍