Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Log inSign up
Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Blog
Job Board
Q3AS

© 2026 Aqora Quantum S.A.S.

TermsPrivacyLegal Notice

Smart innovation, systems and technologies

Randomness Generation Based Quantum Key Agreement for Secured Routing in Mobile Ad Hoc Network

Dr. C. Daniel Nesakumar, V. Saravanan

Published Sep 26, 2019• 1 citation
Publisher
DOI
10.1007/978-981-13-9282-5_5

Related papers

Hybrid Algorithm for Secure Key Generation Using Quantum Randomness Enhancement

Paulina Muzaj, Piotr Sulikowski

Lecture notes in networks and systems•Jan 1, 2026•0 citations

Self Organized Quantum Key Authentication Technique for Secure Data Communication in Mobile Ad Hoc Network

S.K.B Sangeetha, S. Sathappan

Background /Objectives: To improve the security in Mobile Ad Hoc network (MANET) by means of a Self Organized Quantum Key Authentication (SO-QKA). Methods/Statistical Analysis: The key objective of SO-QKA technique is to improve data security and mobile node authentication in MANET. Initially, SO-QKA technique generates quantum key for mobile node data transmission along the route path in MANET. Next, SO-QKA technique formulates self organized key for every mobile node with its quantum key for corresponding data transmission at specific instances. With the help of generated self organized key, SO-QKA technique finds secure route for transmitting the data in MANET. Finally, SOQKA technique is performs key matching at the destination node where the verification of the mobile node is checked with the mobile node id of self organized key and data authentication is verified with quantum key and destination id. Findings: Experimental evaluation of SO-QKA technique is done with the performance metrics such as data loss rate, data transmission rate, security, execution time. Experimental analysis shows that the SO-QKA technique is able to improve the security and also improves the data transmission rate comparable to the state-of-the-art works. Applications/ Improvements: It can be further enlarged with implementation of new algorithm model with different parameters which improves high authentication and confidentiality Keywords: Data Communication, Key Matching, Mobile Ad Hoc Network, Mobile Node, Quantum Key, Self Organized Key

Indian Journal of Science and Technology•Feb 1, 2017•2 citations

Quantum based Cryptography for Secured Data Communication in Mobile Ad-Hoc Network

S. Sangeetha, S. Sathappan

A Mobile Ad-Hoc Network (MANET) is an infrastructure-less network of mobile devices that are linked without any wire. Every mobile device in MANET moves in any direction. Security is a key problem in MANET of providing the secured communication with routing and packet forwarding process. In order to improve the security during the data communication, Quantum Key Distribution based Secured Data Communication (QKD-SDC) technique is designed in MANET. In QKD-SDC technique, quantum based cryptography used the quantum mechanics for secured data communication. Initially, Quantum based Cryptography performs Quantum Key Generation and Quantum Key distribution process. In Quantum Key Generation process, quantum key is generated and the key is shared to the receiver. With help of the quantum key, the original data gets encrypted as qubits. In Quantum Key distribution process, the qubits are sent to the receiver end through quantum communication channel along with the quantum key. At the receiver end, when the quantum key gets matched with receiver's quantum key, the qubits are decrypted to obtain the original data. When the key is not matched, the qubits get dropped. This in turn helps to improve the secured data communication in quantum communication channel. Experimental evaluation of QKD-SDC technique is carried out with the performance metrics such as data loss rate, throughput and time for secured data delivery. Experimental analysis shows that the QKD-SDC technique is able to reduce the data loss rate and also improves the throughput when compared to the state-of-the-art works.

ScieXplore International Journal of Research in Science•Dec 1, 2016•0 citations

Secured Routing Using Quantum Cryptography

M. Vijay Anand, C. Jayakumar

Communications in computer and information science•Jan 1, 2012•1 citation

Quantum Identity Authentication Scheme of Vehicular Ad-Hoc Networks

Zhiya Chen, Kunlin Zhou, Qin Liao

International Journal of Theoretical Physics•Oct 10, 2018•37 citations

A non-interactive and efficient key agreement protocol for ASNs

Deming Yang, Dejun Mu, Zhong Xu

Ad hoc space networks (ASNs) are implemented using flexible, distributed architecture consisting of constellations of dynamically deployed space, airborne and mobile platforms. The nodes within ASNs operate both as communication end-points as well as routers, enabling multi-hop wireless communication and dynamic network topology. Secure and efficient key agreement scheme is the crucial mechanism to construct secure ASNs. Previous ID-based cryptosystem is not feasible in ASNs because of the interaction process in key agreement. A novel non-interactive and efficient ID-based two-party key agreement protocol is proposed for ASNs. Based on the security analysis of IDNIKS proposed by Tso et al., the feasibility of adopting non-interactive key agreement for multi-party in ASNs is analyzed and a conclusion is given.

Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE•Oct 18, 2007•0 citations
Background /Objectives: To improve the security in Mobile Ad Hoc network (MANET) by means of a Self Organized Quantum Key Authentication (SO-QKA). Methods/Statistical Analysis: The key objective of SO-QKA technique is to improve data security and mobile node authentication in MANET. Initially, SO-QKA technique generates quantum key for mobile node data transmission along the route path in MANET. Next, SO-QKA technique formulates self organized key for every mobile node with its quantum key for corresponding data transmission at specific instances. With the help of generated self organized key, SO-QKA technique finds secure route for transmitting the data in MANET. Finally, SOQKA technique is performs key matching at the destination node where the verification of the mobile node is checked with the mobile node id of self organized key and data authentication is verified with quantum key and destination id. Findings: Experimental evaluation of SO-QKA technique is done with the performance metrics such as data loss rate, data transmission rate, security, execution time. Experimental analysis shows that the SO-QKA technique is able to improve the security and also improves the data transmission rate comparable to the state-of-the-art works. Applications/ Improvements: It can be further enlarged with implementation of new algorithm model with different parameters which improves high authentication and confidentiality Keywords: Data Communication, Key Matching, Mobile Ad Hoc Network, Mobile Node, Quantum Key, Self Organized Key
A Mobile Ad-Hoc Network (MANET) is an infrastructure-less network of mobile devices that are linked without any wire. Every mobile device in MANET moves in any direction. Security is a key problem in MANET of providing the secured communication with routing and packet forwarding process. In order to improve the security during the data communication, Quantum Key Distribution based Secured Data Communication (QKD-SDC) technique is designed in MANET. In QKD-SDC technique, quantum based cryptography used the quantum mechanics for secured data communication. Initially, Quantum based Cryptography performs Quantum Key Generation and Quantum Key distribution process. In Quantum Key Generation process, quantum key is generated and the key is shared to the receiver. With help of the quantum key, the original data gets encrypted as qubits. In Quantum Key distribution process, the qubits are sent to the receiver end through quantum communication channel along with the quantum key. At the receiver end, when the quantum key gets matched with receiver's quantum key, the qubits are decrypted to obtain the original data. When the key is not matched, the qubits get dropped. This in turn helps to improve the secured data communication in quantum communication channel. Experimental evaluation of QKD-SDC technique is carried out with the performance metrics such as data loss rate, throughput and time for secured data delivery. Experimental analysis shows that the QKD-SDC technique is able to reduce the data loss rate and also improves the throughput when compared to the state-of-the-art works.
Ad hoc space networks (ASNs) are implemented using flexible, distributed architecture consisting of constellations of dynamically deployed space, airborne and mobile platforms. The nodes within ASNs operate both as communication end-points as well as routers, enabling multi-hop wireless communication and dynamic network topology. Secure and efficient key agreement scheme is the crucial mechanism to construct secure ASNs. Previous ID-based cryptosystem is not feasible in ASNs because of the interaction process in key agreement. A novel non-interactive and efficient ID-based two-party key agreement protocol is proposed for ASNs. Based on the security analysis of IDNIKS proposed by Tso et al., the feasibility of adopting non-interactive key agreement for multi-party in ASNs is analyzed and a conclusion is given.