Introduction to Modern Cryptography¶
Katz, J., & Lindell, Y. (2014). Introduction to Modern Cryptography. CRC Press.
Cited by¶
3 citations across 3 artifacts.
Each citation links to the sentence it supports in the citing article.
Primes¶
- Bijectivity
- The source collection is the set of all possible plaintext blocks of a fixed length (say, all 128-bit blocks)
This sourceEstablishes that a block cipher under a fixed key is a permutation (bijection) on the block space, mandatory so that decryption — the unique inverse — is well-defined and no two plaintexts collide on one ciphertext.
- The source collection is the set of all possible plaintext blocks of a fixed length (say, all 128-bit blocks)
- Injectivity
- In cryptography it is signatures requiring per-key message distinguishability and certificate-authority registration creating injective entity-to-key bindings (collisions being fraud).
This sourceStandard text establishing block ciphers as keyed bijections (injective per key) with decryption as the left inverse, and collision-resistance as a security property.
- In cryptography it is signatures requiring per-key message distinguishability and certificate-authority registration creating injective entity-to-key bindings (collisions being fraud).
- Preimage
- In cryptography the security of a hash is the intractability of its preimage operation: given an output, find any input mapping to it.
This sourceDefines preimage resistance of hash functions as the infeasibility of inverting an output to recover any input.
- In cryptography the security of a hash is the intractability of its preimage operation: given an output, find any input mapping to it.
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