Publication | Closed Access
Performance evaluation of the key extraction schemes in wireless indoor environment
19
Citations
6
References
2017
Year
Unknown Venue
EngineeringWireless LanWireless ComputingSide-channel AttackKey GenerationWireless Indoor EnvironmentHardware SecurityWireless SecurityKey Extraction SchemesSecure CommunicationWireless SystemsComputer EngineeringWireless NetworkingMobile ComputingComputer ScienceRf LocalizationSignal ProcessingKey Extraction SchemeData SecurityCryptographyChannel Access MethodIndoor Positioning SystemReceived Signal Strength
Shared key generation between two users to exploit the randomness of wireless channels as a source of secret key bits extraction has become an attractive alternative to ensure security in a mobile environment. In this paper, we evaluate the performance of key extraction scheme using measurement results of Received Signal Strength (RSS) on several variations of settings and types of movement. We add the moving average method before the quantization process so our scheme becomes more adaptive to the low variation of RSS, and the use of modified Level Crossing Algorithm to reduce Key Disagreement Rate (KDR) due to half-duplex mode, device limitation, and different types of devices. The results show that our proposed schemes, compared with the existing scheme produce bit stream with the highest entropy, a significant decrease of KDR and passed randomness test from NIST statistical suite.
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