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The COLM Authenticated Encryption Scheme
Elena Andreeva
, Andrey Bogdanov
, Nilanjan Datta
, Atul Luykx
, Bart Mennink
, Mridul Nandi
, Elmar Tischhauser
, Kan Yasuda
Department of Applied Mathematics and Computer Science
TU Wien
TCG CREST
Google Inc.
Radboud University Nijmegen
Indian Statistical Institute
NTT Secure Platform Laboratories
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Keyphrases
Nonce
100%
Authenticated Encryption Scheme
100%
Authenticated Encryption
75%
Defense-in-depth
75%
Deoxys
75%
Popular
50%
Block Cipher
50%
Security Level
50%
Confidentiality
50%
Nonce Misuse
50%
Security Encryption
50%
Parallelization
25%
Performance Results
25%
Coffee
25%
Block Size
25%
Operation Mode
25%
Efficiency Loss
25%
Provable Security
25%
Long Messages
25%
Instantiation
25%
Intel
25%
2-bit
25%
Low-end Devices
25%
High Security
25%
Security Framework
25%
Adversarial Setting
25%
Ciphertext
25%
Bit Security
25%
CAESAR
25%
Software Performance
25%
CAESAR Competition
25%
Minimal Efficiency
25%
Potential Leakage
25%
Enhanced Security
25%
256-bit Key
25%
Authenticated Encryption Algorithm
25%
Authenticated Encryption with Associated Data
25%
Tag Generation
25%
Computer Science
Encryption Scheme
100%
Cryptography
100%
Defense in Depth
60%
security level
40%
Parallelism
20%
Software Performance
20%
Ciphertext
20%
Security Framework
20%
Adversarial Setting
20%
Intel Platform
20%
provable security
20%
Instantiation
20%
Advanced Encryption Standard
20%