…ciphers are modeled as "Authenticated Encryption with Associated Data" (AEAD) [ RFC5116 ]. AEAD functions provide a unified encryption and authentication operation which turns plaintext into authenticated ciphertext and back again. Each encrypted record consists of a plaintext he…

… ciphers are modeled as "Authenticated Encryption with Associated Data" (AEAD) [RFC5116]. AEAD functions provide a unified encryption and authentication operation which turns plaintext into authenticated ciphertext and back again. Each encrypted record consists of a plaintext hea…

…ciphers are modeled as "Authenticated Encryption with Associated Data" (AEAD) [ RFC5116 ]. AEAD functions provide a unified encryption and authentication operation which turns plaintext into authenticated ciphertext and back again. Each encrypted record consists of a plaintext he…

… ciphers are modeled as "Authenticated Encryption with Associated Data" (AEAD) [RFC5116]. AEAD functions provide a unified encryption and authentication operation which turns plaintext into authenticated ciphertext and back again. Each encrypted record consists of a plaintext hea…

…ciphers are modeled as "Authenticated Encryption with Associated Data" (AEAD) [ RFC5116 ]. AEAD functions provide a unified encryption and authentication operation which turns plaintext into authenticated ciphertext and back again. Each encrypted record consists of a plaintext he…

….1.3 says: This algorithm is identical to AEAD_AES_128_GCM (see Section 5.1 of [RFC5116]), except that the tag length, t, is 12, and an authentication tag with a length of 12 octets (64 bits) is used. It should say: This algorithm is identical to AEAD_AES_128_GCM (see Section 5.1…

….1.3 says: This algorithm is identical to AEAD_AES_128_GCM (see Section 5.1 of [RFC5116]), except that the tag length, t, is 12, and an authentication tag with a length of 12 octets (64 bits) is used. It should say: This algorithm is identical to AEAD_AES_128_GCM (see Section 5.1…