Publication | Closed Access
Two-stage data encryption using chaotic neural networks
28
Citations
39
References
2012
Year
EngineeringWireless Sensor SystemInformation SecurityCryptographic TechnologyChaotic Neural NetworksHybrid ModelSecurity AlgorithmHardware SecurityWireless SecurityInternet Of ThingsAuthentication ProtocolLightweight Authentication MechanismData Encryption StandardAdaptive Encoding TechniqueComputer EngineeringData PrivacyLightweight CryptographyComputer ScienceData SecurityCryptographyEncryptionEncrypted Storage
Securing a wireless sensor system is a hard task for researchers today. Strengthening the authentication system before connection establishment is the right way to enhance the architecture and also to provide secured communication from eavesdroppers. In this paper, we present a novel algorithm to enhance the security of data using a hybrid model which uses an adaptive encoding technique alongside Chaotic Hopfield Neural Network. The proposed computation upgrades the security of a key shared between any nodes. Our experimental results show that the security of transmitted data is better than traditional algorithms. Moreover, we also show that the computational time for the proposed algorithm is less than known traditional algorithms.
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