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Konheim A.G. — Computer Security and Cryptography
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Íàçâàíèå: Computer Security and CryptographyÀâòîð: Konheim A.G. Àííîòàöèÿ: Gain the skills and knowledge needed to create effective data security systems
ßçûê: Ðóáðèêà: Computer science /Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö ed2k: ed2k stats Èçäàíèå: 1st editionÃîä èçäàíèÿ: 2006Êîëè÷åñòâî ñòðàíèö: 544Äîáàâëåíà â êàòàëîã: 11.12.2007Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
Japanese PURPLE Machine, cribbing PURPLE, finding the C-Stepper 238—243 Japanese PURPLE Machine, cribbing PURPLE, finding the V-Stepper 220—237 Japanese PURPLE Machine, cryptanalysis by Denning, Mary Jo 218 Japanese PURPLE Machine, cryptanalysis by Ferner, Robert 218 Japanese PURPLE Machine, cryptanalysis by Grotjan, Genevive 218 Japanese PURPLE Machine, cryptanalysis by Rowlett, Frank B. (1908—1998) 218 Japanese PURPLE Machine, cryptanalysis by Snyder, Sam 218 Japanese PURPLE Machine, cryptanalysis of 219—243 Japanese PURPLE Machine, encipherment of CON-letters 212—216 Japanese PURPLE Machine, encipherment of CON-letters, period of 216—217 Japanese PURPLE Machine, encipherment of VOW-letters 211—212 Japanese PURPLE Machine, key, components of the PURPLE 212—218 Japanese PURPLE Machine, partition of letters (VOW-CON) 211 Japanese RED machine 191—209 Japanese RED machine, components of 193—194 Japanese RED machine, components of, breakwheel of 194—196 Japanese RED machine, cribbing RED ciphertext 200—298 Japanese RED machine, cribbing RED ciphertext, vowel/consonant pattern in 200—201 Japanese RED machine, cribbing RED ciphertext, with all breakwheel pins active 201—204 Japanese RED machine, cribbing RED ciphertext, with some inactive breakwheel pins 204—209 Japanese RED machine, cribbing RED ciphertext, with some inactive breakwheel pins, estimating number of inactive pins 199—200 Japanese RED machine, cribbing RED ciphertext, with some inactive breakwheel pins, stepping equations for 206—209 Japanese RED machine, cryptanalysis of 200—209 Japanese RED machine, cryptanalysis of, estimating number of pins removed 199 Japanese RED machine, cryptanalysis of, shifted ciphertext 198 Japanese RED machine, encipherment rules of 197—198 Japanese RED machine, encipherment rules of, encipherment of CON-letters 197—198 Japanese RED machine, encipherment rules of, encipherment of VOW-letters 197—198 Japanese RED machine, encipherment rules of, partition of letters: (VOW, CON) 197 Japanese RED machine, generalized vowels/consonants 209 Japanese RED machine, pins of 194—195 Japanese RED machine, plugboard of 194 Japanese RED machine, plugboard of, stepping sequence of 194—196 Japanese RED machine, plugboard of, stepping shifts of 195 Key 4 Key distribution 335—336 Key distribution, in a network 335—336 447 Key running 116—117 Key space 4 Key stream 244—282 Key, Diffie — Hellman protocol 448—450 Key, Diffie — Hellman protocol, El Gamal's extension of 450—451 Key, Shamir's autonomous protocol 451—453 Knapsack cryptosystem 350—371 Knapsack cryptosystem, trapdoor 350—371 Knapsack problem (modulo m) 350 Knapsack problem (subset sum problem) 338—340 Knapsack problem (subset sum problem), with modular arithmetic 350—371 Knapsack vector 344 Knapsack vector, evaluation using 138 Knapsack vector, Kolmogorov — Smirnov test 136—138 Knapsack vector, significance level in 137 Knapsack vector, super-increasing 345 350—354 Kohnfelder, Lauren 341—342 467 495 Kohnfelder, Lauren, certificates of 495 Kullback, Dr. Solomon (1903—1994) 11 85 Lattice 368—370 Lattice, short vectors in 368—370 Least common multiple lcmfg 385 Leibler, Richard A. (1914—2003) 85 Lenstra's factorization algorithm on elliptic curves 432—433 Letter counts and probabilities 32 Letters (of text) 1 2 Linear feedback shift register (LFSR) 245—246 254—273 Linear feedback shift register (LFSR), characteristic polynomial of a 251—253 Linear feedback shift register (LFSR), combining 259 Linear feedback shift register (LFSR), cribbing of LFSR-enciphered ASCII plaintext 260—271 Linear feedback shift register (LFSR), irregular clocking of 274—278 Linear feedback shift register (LFSR), sequences of 254 Linear feedback shift register (LFSR), sequences of, matrix representation of 260—261 Linear feedback shift register (LFSR), sequences of, maximal length LFSR sequences 254—258 Linear feedback shift register (LFSR), sequences of, maximal length LFSR sequences, autocorrelation function of 255—258 Linear feedback shift register (LFSR), sequences of, maximal length LFSR sequences, linear complexity (equivalence) of 258 Linear feedback shift register (LFSR), sequences of, maximal length LFSR sequences, properties of 258 Lorenz Schluesselzusatz (SZ40/fish) 170—190 Lorenz Schluesselzusatz (SZ40/fish), cribbing of ciphertext 176—190 Lorenz Schluesselzusatz (SZ40/fish), cryptanalysis problems for 173 Lorenz Schluesselzusatz (SZ40/fish), finding the active pins of 171 Lorenz Schluesselzusatz (SZ40/fish), key of 173 Lorenz Schluesselzusatz (SZ40/fish), key stream generated by 170 Lorenz Schluesselzusatz (SZ40/fish), move indicator of 183—190 Lorenz Schluesselzusatz (SZ40/fish), pin wheels of 171—173 Lorenz Schluesselzusatz (SZ40/fish), statistical model of pin motion 177—183 Lorenz Schluesselzusatz (SZ40/fish), steps in encipherment 174 Lucifer 283—287 LUCIFER, implementation in IBM 2984 284—287 LUCIFER, key schedule of 285—286 LUCIFER, operations in 286—287 LUCIFER, P-Box of 286—287 LUCIFER, S-box of 285—286 M-94 (CSP-488) 6 7 Magnetic stripe technology 482—483 Magnetic stripe technology, protecting recording in 482—483 Making a secure credit card payment on the Web 502—505 Markman hearing 514 Markov log-odds score 38 Markov parameters, Gmarkov 34 Markov parameters, Hmarkov 34 Markov parameters, Smarkov 34 Markov score 34 Markov scoring 34 Markov source 31 32 Markov source, homogeneous 31 Markov source, Law of large numbers for 40 Matyas, Stephen M. 455 Mauborgne, Joseph Oswald (1881—1971) 119 Maximum likelihood estimation (MLE) 81 Maximum likelihood estimation (MLE), partial maximum likelihood estimation 73—78 Menezes — Vanstone elliptic curve cryptosystem 443 Merkle — Hellman trapdoor knapsack cryptosystem 350—371 Merkle — Hellman trapdoor knapsack cryptosystem, ASCII-text decipherment of 357—358 Merkle — Hellman trapdoor knapsack cryptosystem, ASCII-text encipherment of 355—356 Merkle — Hellman trapdoor knapsack cryptosystem, cryptanalysis of 358—372 Merkle, Ralph C. 15 512 Mersenne primes 408—409 Mersenne, Marin (1588—1648) 409 Message authentication 3 Message authentication code (MAC) 3 466 498—500 Message authentication code (MAC), MD5 471—473 Message authentication code (MAC), message digest 471 Meyer, Carl H. 455 Miller — Rabin primality test 406—407 Miller — Rabin theorem 405—406 Modular arithmetic 346—347 Modular arithmetic 347 378 Modular arithmetic 248—250 Modular arithmetic 346—347 Modular exponentiation 338—339 376—377 Modular exponentiation, program for 376 Monoalphabetic substitution 1 Monoalphabetic substitution, cryptanalysis of 73 Monoalphabetic substitution, examples of 68—73 Monoalphabetic substitution, table for a 64 Multiprecision modular arithmetic 387—389 Multiprecision modular arithmetic, basic modular operations 387 Multiprecision modular arithmetic, internal representation of numbers 387 Myer, Albert J. (1828—1880) 63—64 N-gram 1 National Security Agency (NSA) 9 10 Needham — Schroeder protocol 335 456—462 Needham — Schroeder protocol, using a public key cryptosystem 459—462 Needham — Schroeder protocol, using a symmetric key crypto system 456—459 Needham, Roger M. 335 456 NIST's digital signature algorithm 474—475 NIST's secure hash algorithm 473—474 NIST's secure hash algorithm, NIST's long run test 139 NIST's secure hash algorithm, NIST's monobit test 138 NIST's secure hash algorithm, NIST's poker test 138 NIST's secure hash algorithm, NIST's runs rest 139 NIST's secure hash algorithm, NIST's statistical tests 138—139 Nonlinear feedback shift registers 271—273 Nonlinear key stream generation 273—274 Nonpatentable subjects 508 Number theory and cryptography 391 Oblivious transfer 478 Odlyzko, Andrew M. 428 One-gram scoring using a Markov language model 75 One-gram scoring using a one-gram language model 74 One-time pad (tape) 119—120 128—129 One-time pad (tape), detecting reuse of Soviet 130—131 One-time pad (tape), Soviet KGB protocol for 128—129 One-way function 340 480—481 One-way function, trapdoor 340 Parameters of a Markov model, deriving the 34 password cracking 481—482 Patents 506—509 Patents, 3 C's, 507 Patents, claims of 507—508 Patents, claims of, anticipated 508 Patents, claims of, invalid 508 Patents, claims of, means plus function 508 Patents, claims of, obvious 508 Patents, equivalent structures/acts of a 509 Patents, file history 508 Patents, format of 507—508 Patents, invalid 508 Patents, prior art 507 Patents, requirements of 507 Patents, requirements of, enablement 507 Patents, requirements of, novelty 507 Patents, requirements of, obviousness / nonobviousness 507 Patents, requirements of, utility 507 Patents, requirements of, written description 508 Patents, role in cryptography 509 Patents, specification of 507 Patents, subjects, Nonpatentable 507—508 Patents, submarine 515 Patents, validity of 508 Perfect numbers 408—409 Plaintext 2 6 Plaintext language models 30 31 Pohlig — Hellman algorithm 415—418 Pollard's 394 424—426 Pollard's 424—426 Pollard's 394 Pollard's p-1 method 391 393—394 Polyalphabetic substitution 116 Polyalphabetic substitution, periodic 117 Polyalphabetic substitution, periodic, correlation analysis of 120—124 Polyalphabetic substitution, periodic, estimating the period of periodic polyalphabetic substitution using coincidence 126—127 Polyalphabetic substitution, periodic, estimating the period of using correlation to find the Vernam — Vigenere key of 120—124 Polyalphabetic substitution, periodic, estimating the period of using the 127—128 Polynomials over 247—250 Polynomials over 247—248 Polynomials over 249 Polynomials over 249 Polynomials over 247 Polynomials over 248—250 Polynomials over 247 Porta, Giambattista della (1538—1615) 117 Primality testing 405 Prime number theorem 391 Primes, factorization of integers into 390 Primitive roots modulo p 397 414 Privacy 3 Private information (about a cryptographic system) 5 Private key 337—340 354 Product block-cipher 283 Product block-cipher, Feistel-like 283 Project Gutenberg Free eBook Library 34 Pseudo-random bit generator (PRBG) 502 Pseudo-random number generator (PRBG) 257—258 Pseudo-random number generator (PRBG), next bit test of 257 502 Pseudorandom sequence 257 Public information (about a cryptographic system) 5 Public key 337—340 354 Public key certificates 342 449 495—497 Public key cryptography 334—341 Public key cryptosystem(s) 334—341 Purdy, George B. 480 Pythagorean triples 428 Quadratic residue 396—401 Quadratic residue, sieve 403—405 Quadratic residue, sieve, factor base in 404 Quadratic residue, sieve, steps in 403 Quantum computers 428 Quantum computers, RSA's 502 Rabin's quadratic residue signature protocol 468—470 Rabin, Michael O. 468—470 Random factorization (Dixon) 401—403 RC4 278—280 RC4, key scheduling algorithm of 278—279 RC4, pseudorandom number generator (PRGA) of 278—280 Relatively prime numbers 377 Riemann hypothesis 407 Riemann hypothesis, generalized 407 Riemann zeta function 407 Rijndael 312—326 Rijndael, activity pattern 323—325 Rijndael, block sizes of 313 Rijndael, key sizes of 313 Rijndael, operations of 314—323 Rijndael, operations of, AddRoundKey 321—323 Rijndael, operations of, ByteSub and InvByteSub 316—317 Rijndael, operations of, MixColumn and InvMixColumn 320 Rijndael, operations of, ShiftRow and InvShiftRow 317—318 Rijndael, propagation of patterns 323—326 Ring 10 Rivest, Ronald 340 378 Rotor 150—151 Rotor system(s) 152—153 Rotor system(s), Hebern's straight-through rotor system 152 161 Rotor system(s), patents of 153—154 Rotor, displacement sequence (of a rotor) 158—160 Rotor, rotational displacement function of 153 Rotor, wiring by interval method 158—160 Rowlett, Frank B. 11 12 218 243 RSA challenge 16 407—408 RSA cryptosystem 16 340 378—382 RSA cryptosystem, attacks on 382—383 RSA cryptosystem, deciphering exponent 378 RSA cryptosystem, enciphering exponent 378 RSA cryptosystem, encipherment/decipherment of ASCII-Plaintext 379—382 RSA cryptosystem, encipherment/decipherment transformation 378 RSA cryptosystem, parameter set 378 RSA cryptosystem, William's variation of 383—387 RSA cryptosystem, Williams quadratic encipherment 384—387 RSA-129 408 Scherbius, Arthur (1878—1929) 160—161 Schroeder, Michael D. 335 Secrecy 2 Secrecy, digital signatures and authentication, comparison of 468 Secrecy, in GSM 276—278 Secrecy, secrecy systems 465 Secure Socket Layer (SSL) 497—502 Secure socket layer (SSL), cryptographically secure random number generator for 502 Secure socket layer (SSL), master secret in 500—501 Secure socket layer (SSL), message authentication code in 499—500 Secure socket layer (SSL), message digest algorithm of 498 499—500 Secure socket layer (SSL), messages in 497—499 Secure socket layer (SSL), messages in, Client_Hello 497—498 Secure socket layer (SSL), messages in, record protocol of 499 Secure socket layer (SSL), messages in, Server_Hello 498 Secure socket layer (SSL), messages in, SessionID of 498 Secure socket layer (SSL), transaction 497—499 Secure socket layer (SSL), transaction, data encipherment algorithm in 498 Secure socket layer (SSL), transaction, handshake protocol in 497 Secure socket layer (SSL), transaction, key exchange protocol of 498 500 Secure socket layer (SSL), transaction, key exchange protocol of, anonymous Diffie — Hellman 500 Secure socket layer (SSL), transaction, key exchange protocol of, anonymous ephemeral Diffie — Hellman 500
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-algorithm 
-value for the cryptanalysis of 
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