Abstract:
WBANs are becoming a medical paradigm due to advances in integrated circuit and wireless communication technologies. WBANs help clients manage their bodies by collecting, uploading, and processing real-time physical parameters.
WBANs risk client privacy leakage during data transmission, despite their convenience. Anonymous authentication schemes address this issue by ensuring forward security even if a WBAN client’s private key is exposed.
Previous forward secure schemes require bilinear pairing operations, which are undesirable in computation-resource-bounded WBANs. Existing works haven’t considered forward anonymity—the property that once a WBAN client’s private key is exposed, previous sessions shouldn’t be identified.
This project proposes an identity-based authenticated encryption method without pairing and an anonymous authentication scheme to address the above issues. Our schemes are secure and practical in WBANs with limited resources under the random oracle model.
Keywords: Wireless Communication, Body Area Networks, Authentication, Security, Encryption, Public Key, Temperature Sensors, Body Area Networks, Cryptography, Message Authentication
Note: Please discuss with our team before submitting this abstract to the college. This Abstract or Synopsis varies based on student project requirements.
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