A Novel hybrid Quantum Protocol to enhance secured dual party Computation over Cloud Networks

Enhancing the security of the dual party computation is considered as primitive to establish a secured multiparty computation in the geographically distributed networks. With the advent of variously distributed paradigms like Cloud computing, IoT and Fog computing, securing ubiquitous computation th...

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Bibliographic Details
Main Authors: Sudhakar Reddy, N, Padmalatha, V L, Sujith, A V L N
Format: Conference Proceeding
Language:English
Subjects:
3DES
DES
Quantum Computing
Quantum key distribution
Secured multi-party Computation
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Summary:Enhancing the security of the dual party computation is considered as primitive to establish a secured multiparty computation in the geographically distributed networks. With the advent of variously distributed paradigms like Cloud computing, IoT and Fog computing, securing ubiquitous computation that involves multiparty collaboration is considered an open research area that attains the attention of the researchers to develop novel protocols. Addressing the problem of secured computation over the network this paper presents a novel and hybrid quantum protocol in with Quantum key distribution is integrated with 3DES to enhance the secure computations through a quantum channel within the cloud infrastructure. Simulation results of the proposed protocol show that it outperforms many security protocols developed based on quantum resources.
ISSN:2473-3571
DOI:10.1109/IADCC.2018.8692128