A Classical Introduction to Cryptography: Applications for Communications Security

Serge Vaudenay

Springer Science & Business Media, Sep 16, 2005 - Computers - 336 pages

A Classical Introduction to Cryptography: Applications for Communications Security introduces fundamentals of information and communication security by providing appropriate mathematical concepts to prove or break the security of cryptographic schemes.

This advanced-level textbook covers conventional cryptographic primitives and cryptanalysis of these primitives; basic algebra and number theory for cryptologists; public key cryptography and cryptanalysis of these schemes; and other cryptographic protocols, e.g. secret sharing, zero-knowledge proofs and undeniable signature schemes.

A Classical Introduction to Cryptography: Applications for Communications Security is designed for upper-level undergraduate and graduate-level students in computer science. This book is also suitable for researchers and practitioners in industry. A separate exercise/solution booklet is available as well, please go to www.springeronline.com under author: Vaudenay for additional details on how to purchase this booklet.

What people are saying

User Review -

The book is very badly written with a shallow treatment of the subject.

Contents

• II: 1
• III: 2
• IV: 4
• V: 7
• VI: 8
• VII: 10
• VIII: 11
• IX: 12
• X: 13
• XI: 15
• XIII: 17
• XIV: 18
• XV: 19
• XVII: 21
• XVIII: 22
• XIX: 25
• XXI: 26
• XXII: 27
• XXIII: 29
• XXIV: 30
• XXVII: 31
• XXIX: 32
• XXXI: 33
• XXXII: 36
• XXXIII: 37
• XXXIV: 40
• XXXV: 42
• XXXVI: 46
• XXXVII: 48
• XXXVIII: 50
• XXXIX: 51
• XL: 52
• XLI: 53
• XLII: 54
• XLIV: 59
• XLV: 60
• XLVI: 63
• XLVII: 64
• XLVIII: 65
• XLIX: 66
• L: 67
• LI: 70
• LII: 74
• LIII: 78
• LIV: 79
• LV: 80
• LVI: 82
• LVII: 86
• LVIII: 88
• LIX: 90
• LX: 92
• LXII: 93
• LXIII: 95
• LXIV: 97
• LXV: 103
• LXVI: 111
• LXVII: 112
• LXVIII: 114
• LXIX: 120
• LXX: 123
• LXXII: 125
• LXXIII: 126
• LXXIV: 132
• LXXV: 135
• LXXVII: 136
• LXXIX: 137
• LXXXI: 138
• LXXXII: 140
• LXXXV: 141
• LXXXVI: 142
• LXXXVIII: 143
• LXXXIX: 145
• XCII: 147
• XCIII: 148
• XCIV: 150
• XCV: 153
• XCVI: 155
• XCVII: 157
• XCVIII: 158
• XCIX: 159
• CI: 160
• CII: 161
• CIII: 162
• CIV: 166
• CV: 167
• CVII: 169
• CVIII: 170
• CIX: 172
• CX: 173
• CXII: 176
• CXIII: 177
• CXIV: 178
• CXV: 181
• CXVI: 182
• CXVII: 187
• CXVIII: 189
• CXX: 190
• CXXII: 192
• CXXIII: 194
• CXXIV: 196
• CXXV: 197
• CXXVI: 199
• CXXVII: 200
• CXXVIII: 201
• CXXIX: 202
• CXXX: 203
• CXXXI: 204
• CXXXIII: 205
• CXXXIV: 210
• CXXXV: 211
• CXXXVI: 215
• CXXXVII: 218
• CXXXIX: 220
• CXL: 221
• CXLI: 222
• CXLIII: 223
• CXLIV: 224
• CXLV: 225
• CXLVI: 226
• CXLVII: 229
• CXLVIII: 230
• CXLIX: 231
• CL: 234
• CLI: 235
• CLIII: 236
• CLV: 240
• CLVI: 241
• CLIX: 243
• CLX: 244
• CLXI: 246
• CLXII: 248
• CLXIII: 250
• CLXIV: 253
• CLXV: 255
• CLXVII: 256
• CLXVIII: 257
• CLXIX: 259
• CLXX: 260
• CLXXIII: 262
• CLXXIV: 263
• CLXXV: 264
• CLXXVI: 266
• CLXXVIII: 270
• CLXXIX: 274
• CLXXX: 277
• CLXXXI: 278
• CLXXXII: 280
• CLXXXIII: 282
• CLXXXIV: 283
• CLXXXV: 284
• CLXXXVI: 285
• CLXXXVII: 286
• CLXXXVIII: 287
• CLXXXIX: 288
• CXC: 291
• CXCI: 292
• CXCII: 293
• CXCIII: 295
• CXCIV: 296
• CXCV: 297
• CXCVI: 298
• CXCVII: 299
• CXCVIII: 300
• CXCIX: 301
• CC: 302
• CCI: 304
• CCIV: 305
• CCV: 306
• CCVI: 308
• CCVII: 310
• CCIX: 311
• CCX: 313
• CCXI: 315
• CCXII: 329

Bibliographic information

• Title: A Classical Introduction to Cryptography: Applications for Communications Security
• Author: Serge Vaudenay
• Edition: illustrated
• Publisher: Springer Science & Business Media, 2005
• ISBN: 0387254641, 9780387254647
• Length: 336 pages
• Subjects: Computers / Data Transmission Systems / Electronic Data Interchange; Computers / Hardware / General; Computers / Information Technology; Computers / Information Theory; Computers / Networking / General; Computers / Networking / Hardware; Computers / Programming / Algorithms; Computers / Security / Cryptography; Computers / Security / General; Language Arts & Disciplines / Library & Information Science / General