ESSPR: an efficient secure routing scheme based on searchable encryption with vehicle proxy re-encryption for vehicular peer-to-peer social network.
Mohamed Amine FerragAhmed AhmimPublished in: Telecommun. Syst. (2017)
Keyphrases
- encryption scheme
- proxy re encryption
- routing scheme
- peer to peer
- ciphertext
- vehicular networks
- ad hoc networks
- public key encryption
- key management
- standard model
- social networks
- propagation model
- query routing
- cca secure
- data sharing
- secure routing
- private key
- wireless sensor networks
- public key
- identity based encryption
- digital libraries
- diffie hellman
- peer to peer networks
- security analysis
- security model
- routing algorithm
- digital signature
- routing protocol
- real time
- key distribution
- distributed environment
- quality of service
- security properties
- cryptographic protocols
- secret sharing scheme
- wireless networks
- load balancing
- traffic flow
- keyword search
- energy consumption
- secret key
- end to end
- provably secure
- data sources