Internet Security - Dang Thanh Binh's Page

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<strong>Internet</strong> <strong>Security</strong> Cryptographic Principles, Algorithms and Protocols Man Young Rhee School of Electrical and Computer Engineering Seoul National University, Republic of Korea
Page 1: TEAMFLY
Page 6 and 7: Internet Security Cryptographic Pri
Page 8 and 9: Contents Author biography xi Prefac
Page 10 and 11: CONTENTS vii 3.4.2 Key Schedule 96
Page 12 and 13: CONTENTS ix 7.4 Key Management Prot
Page 14: About the Author Man Young Rhee rec
Page 17 and 18: xiv PREFACE consists of 11 chapters
Page 19 and 20: xvi PREFACE most important part of
Page 21 and 22: TEAMFLY Team-Fly ®
Page 23 and 24: 2 INTERNET SECURITY Since the early
Page 25 and 26: 4 INTERNET SECURITY • Flag field:
Page 27 and 28: 6 INTERNET SECURITY • Circuit swi
Page 29 and 30: 8 INTERNET SECURITY totally differe
Page 31 and 32: 10 INTERNET SECURITY data into a bi
Page 33 and 34: 12 INTERNET SECURITY 1.4 TCP/IP Mod
Page 35 and 36: 14 INTERNET SECURITY The Domain Nam
Page 37 and 38: 16 INTERNET SECURITY and connection
Page 39 and 40: 18 INTERNET SECURITY present, the p
Page 41 and 42: 20 INTERNET SECURITY • Time to li
Page 43 and 44: 22 INTERNET SECURITY 2.1.1.2 IP Add
Page 45 and 46: 24 INTERNET SECURITY Table 2.4 Dott
Page 47 and 48: 26 INTERNET SECURITY Example 2.2 Co
Page 49 and 50: 28 INTERNET SECURITY to one physica
Page 51 and 52: 30 INTERNET SECURITY ARP Cache tabl
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32 INTERNET SECURITY H Host Server
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34 INTERNET SECURITY • A new conc
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36 INTERNET SECURITY Unicast Anycas
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38 INTERNET SECURITY 0 4 8 16 31 Ve
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40 INTERNET SECURITY a TCP segment
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42 INTERNET SECURITY IGMP has only
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44 INTERNET SECURITY different in e
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46 INTERNET SECURITY IP header UDP
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48 INTERNET SECURITY The Web allows
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50 INTERNET SECURITY 2.4 File Trans
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52 INTERNET SECURITY SMTP is usuall
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54 INTERNET SECURITY SNMP lacks any
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56 INTERNET SECURITY and the path t
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58 INTERNET SECURITY Since the term
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60 INTERNET SECURITY the 32-bit swa
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62 INTERNET SECURITY Example 3.1 As
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64 INTERNET SECURITY Table 3.6 S-bo
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66 INTERNET SECURITY X Plaintext in
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68 INTERNET SECURITY R2 = 83212903
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70 INTERNET SECURITY Table for encr
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72 INTERNET SECURITY P P K1 K2 K3 E
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74 INTERNET SECURITY (IV) 1 (IV) 2
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76 INTERNET SECURITY strengthened a
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78 INTERNET SECURITY Table 3.9 Gene
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80 INTERNET SECURITY Round 1 Seven
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82 INTERNET SECURITY The ciphertext
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84 INTERNET SECURITY Round 1 Seven
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86 INTERNET SECURITY 2. ⊕ Bit-wis
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88 INTERNET SECURITY L[2] = (L[2]
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90 INTERNET SECURITY Round Value Ro
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92 INTERNET SECURITY 3.3.4 Decrypti
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94 INTERNET SECURITY Example 3.16 C
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96 INTERNET SECURITY a >>> b: Rotat
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98 INTERNET SECURITY A B C D t lg w
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100 INTERNET SECURITY Round A B C D
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102 INTERNET SECURITY Initial value
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108 INTERNET SECURITY • The AES a
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110 INTERNET SECURITY Example 3.22
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112 INTERNET SECURITY Key expansion
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114 INTERNET SECURITY Figure 3.16 P
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116 INTERNET SECURITY Table 3.17 A
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120 INTERNET SECURITY x y 0 1 2 3 4
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122 INTERNET SECURITY r Start of ro
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124 INTERNET SECURITY with CDMA cel
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126 INTERNET SECURITY Row-wise perm
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128 INTERNET SECURITY Applying the
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130 INTERNET SECURITY P(Ω 1 ) P(
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132 INTERNET SECURITY X 1 P(Ω 1)
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134 INTERNET SECURITY D 0 D 1 D 2 D
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136 INTERNET SECURITY Table 4.2 Rou
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138 INTERNET SECURITY left. The sec
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140 INTERNET SECURITY HH(a, b, c, d
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142 INTERNET SECURITY HH[c, d, a, b
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144 INTERNET SECURITY Hence, the re
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146 INTERNET SECURITY Compute W = a
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148 INTERNET SECURITY [15] d4921a8b
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150 INTERNET SECURITY 4.4.2 Initial
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152 INTERNET SECURITY A B C D E t W
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154 INTERNET SECURITY Register outp
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156 INTERNET SECURITY = 00110110 (0
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158 INTERNET SECURITY h = H(M ′ ,
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160 INTERNET SECURITY Referring to
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162 INTERNET SECURITY Calculation o
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164 INTERNET SECURITY Compute: 2 λ
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166 INTERNET SECURITY which is the
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168 INTERNET SECURITY To decipher,
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170 INTERNET SECURITY Thus, the who
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172 INTERNET SECURITY ≡ 86a0aab56
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174 INTERNET SECURITY x k g y ≡ g
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176 INTERNET SECURITY x GF (p) ∋
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178 INTERNET SECURITY The ElGamal a
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180 INTERNET SECURITY these numbers
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182 INTERNET SECURITY a q ≡ 1 (mo
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184 INTERNET SECURITY Key generatio
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186 INTERNET SECURITY m H h Table 5
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188 INTERNET SECURITY P Q y −R Fi
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192 INTERNET SECURITY Table 5.11 Qu
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194 INTERNET SECURITY Table 5.12 Fi
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196 INTERNET SECURITY User A wishes
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198 INTERNET SECURITY 5. Let b be t
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TEAMFLY Team-Fly ®
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202 INTERNET SECURITY goal of the I
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204 INTERNET SECURITY User A Messag
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206 INTERNET SECURITY Client A 1. D
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208 INTERNET SECURITY Using Y and K
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210 INTERNET SECURITY scheme. The X
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212 INTERNET SECURITY 6.3.2 Policy
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214 INTERNET SECURITY Delivery of P
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216 INTERNET SECURITY 6.4.1 Hierarc
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218 INTERNET SECURITY are in the ra
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220 INTERNET SECURITY X2 X1 X2 X1
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222 INTERNET SECURITY names are una
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224 INTERNET SECURITY Certificate f
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226 INTERNET SECURITY to make the i
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228 INTERNET SECURITY The key ident
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230 INTERNET SECURITY Certificate p
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232 INTERNET SECURITY Policy constr
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234 INTERNET SECURITY CRLs are used
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236 INTERNET SECURITY communities t
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238 INTERNET SECURITY - certificate
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240 INTERNET SECURITY • Verify th
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7 Network Layer Security TCP/IP com
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ESP protocol Encryption algorithm N
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NETWORK LAYER SECURITY 247 entries.
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NETWORK LAYER SECURITY 249 2. XOR (
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ipad IV 160 bits (SHA-1) 128 bits (
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NETWORK LAYER SECURITY 253 multiple
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Security Parameters Index (SPI) (32
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IPv4 IPv4 IPv6 IPv6 IPv4 IPv6 orig
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IV K1 K2 K3 P1 E D E C1 NETWORK LAY
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NETWORK LAYER SECURITY 261 attack w
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NETWORK LAYER SECURITY 263 � Mess
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NETWORK LAYER SECURITY 265 addition
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NETWORK LAYER SECURITY 267 The Cert
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NETWORK LAYER SECURITY 269 occurs d
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NETWORK LAYER SECURITY 271 ISAKMP m
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Security Association Payload Proces
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Hash Payload Processing NETWORK LAY
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8 Transport Layer Security: SSLv3 a
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TRANSPORT LAYER SECURITY: SSLV3 AND
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MAC-write-secret pad-1 is defined a
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Content type TRANSPORT LAYER SECURI
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1 TRANSPORT LAYER SECURITY: SSLV3 A
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8.3 TLS Protocol TRANSPORT LAYER SE
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opad IV 128 bits f ipad TRANSPORT L
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Secret Seed(A(0)) HMAC A(1) TRANSPO
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HMAC MD5(S1, A(1)||A(0)) TRANSPORT
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306 INTERNET SECURITY Ks = session
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308 INTERNET SECURITY of Standards
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310 INTERNET SECURITY Table 9.1 Rad
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312 INTERNET SECURITY • Armor che
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314 INTERNET SECURITY MSB 7 6 5 4 3
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316 INTERNET SECURITY timestamp spe
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318 INTERNET SECURITY Table 9.2 Sig
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320 INTERNET SECURITY top-level key
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322 INTERNET SECURITY Simple S2K di
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324 INTERNET SECURITY 9.1.8.3 Compr
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326 INTERNET SECURITY Original head
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328 INTERNET SECURITY Table 9.3 Fiv
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330 INTERNET SECURITY on PGP with M
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332 INTERNET SECURITY Before using
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334 INTERNET SECURITY formed by tak
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336 INTERNET SECURITY 8. Using the
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10 Internet Firewalls for Trusted S
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10.2.1 Bastion Host INTERNET FIREWA
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10.2.4 Choke Point INTERNET FIREWAL
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INTERNET FIREWALLS FOR TRUSTED SYST
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10.3.2 Circuit-Level Gateways INTER
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356 INTERNET SECURITY information.
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358 INTERNET SECURITY Root CA CA CA
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360 INTERNET SECURITY H H h o II h
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362 INTERNET SECURITY Transforming
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364 INTERNET SECURITY User A User B
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366 INTERNET SECURITY B’s private
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368 INTERNET SECURITY Cardholder (c
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370 INTERNET SECURITY • The cardh
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372 INTERNET SECURITY copy of the C
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374 INTERNET SECURITY • The cardh
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376 INTERNET SECURITY • The merch
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Acronyms ADCCP Advanced Data Commun
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ACRONYMS 381 LEAF Law Enforcement A
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Bibliography 1. Aboba, B., and D. S
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BIBLIOGRAPHY 385 37. Deering, S., a
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BIBLIOGRAPHY 387 85. Koblitz, N.,
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BIBLIOGRAPHY 389 137. Rekhter, Y.,
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Abstract Syntax Notation One 332 ac
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Cipher-Block Chaining mode 73 ciphe
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ESP header 253, 257 ESP payload dat
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IP 11, 13, 15 IP address 22, 23, 24
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Motion Picture Experts Group 327 MP
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protocol suite 12 protocol-id field
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client hello message 284 client hel
Page 426:
X.509 certificate format 223 certif
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