Toward the combination of cryptographic and biometric systems, by performing specific binding technique on cryptographic key and biometric template, the fuzzy vault framework enhances security level of current biometric cryptographic systems in terms of hiding secret key and protecting the template.
Simulation experiments were conducted on real data to evaluate the performance of DISC and the proposed scheme is compared to an existing cryptographic transformation scheme in terms of communication cost.
Furthermore, we analyze the success probability of the attack in terms of the system parameters such as the number of tags, number of cryptographic operations that have to be carried out, and server's computational power.
To be more precise, we give the success probability of the attack in terms of the system parameters such as the number of tags, number of cryptographic operations that have to be carried out, and server's computational power.
Formal systems for cryptographic protocol analysis typically model cryptosystems in terms of free algebras.
Unfortunately, the cryptographic algorithms for this purpose are expensive in terms of computation and communication, which mostly require smart meters to be involved in the computation [15 18].
However, these approaches do not suit the infrastructure-less domain of the IoT since these schemes are costly in terms of their initial setup and the overhead incurred for maintaining and distributing cryptographic keys [8, 18, 19].
Of course, the application of cryptographically strong ciphers does prevent unwanted attacks against possibly weak cryptographic schemes - in this sense, EEFB and SBE are unrivalled in terms of security.
To select a suitable cryptographic algorithm for an application or an environment, the understandings of both the algorithmic requirements in terms of hardware and the specifications of the development platform intended has to be established.
The efficient identity-based QER cryptographic scheme is more secure than the previous scheme presented by Meshram and Obaidat's [13] in terms of security.
