Ephemeral-Secret-Leakage Secure ID-Based Three-Party Authenticated Key Agreement Protocol for Mobile Distributed Computing Environments.
Chao-Liang LiuWang-Jui TsaiTing-Yi ChangTa-Ming LiuPublished in: Symmetry (2018)
Keyphrases
- key agreement protocol
- diffie hellman
- authenticated key agreement
- secret key
- key agreement
- provably secure
- key distribution
- encryption scheme
- secure communication
- key exchange protocol
- public key
- key management
- secret sharing scheme
- signature scheme
- elliptic curve
- key exchange
- secret sharing
- standard model
- smart card
- diffie hellman assumption
- group communication
- security properties
- blind signature
- security model
- bilinear pairings
- public key cryptosystem
- authentication protocol
- modular exponentiation
- public key cryptography
- ad hoc networks
- private key
- hash functions
- ciphertext
- security analysis
- computing environments
- blind signature scheme
- resource constrained
- forward secure
- cryptographic protocols
- wireless sensor networks
- digital signature