Design and realization of efficient & secure multi-homed systems based on random linear network coding

Multi-homing is a new mechanism that enables hosts with multiple network interfaces (IP addresses), to connect to more than one data link. This technology enhances Internet connectivity and reliability without compromising efficient performance. Like any communication system, the security of multi-h...

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Published in:	Computer networks (Amsterdam, Netherlands : 1999) Vol. 163; p. 106886
Main Authors:	Noura, Hassan N., Melki, Reem, Malli, Mohammad, Chehab, Ali
Format:	Journal Article
Language:	English
Published:	Amsterdam Elsevier B.V 09.11.2019 Elsevier Sequoia S.A
Subjects:	Algorithms Coding Communications systems Computer mediated communication Confidentiality Cryptography Data Data compression Data encryption Encoding Encryption Homing Interfaces Internet IP (Internet Protocol) Lightweight encryption-authentication scheme Matrices Multicasting Networks Permutations Physical characteristics Physical properties Random linear network coding Reliability Secure multi-homed networks Security Telecommunications Wireless communication systems Random linear network coding Lightweight encryption-authentication scheme Secure multi-homed networks
ISSN:	1389-1286, 1872-7069
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Abstract	Multi-homing is a new mechanism that enables hosts with multiple network interfaces (IP addresses), to connect to more than one data link. This technology enhances Internet connectivity and reliability without compromising efficient performance. Like any communication system, the security of multi-homed systems is of great importance. However, this issue remains largely un-attempted, where only few papers in the literature discuss, address and present security solutions for multi-homed systems. On the other hand, Random Linear Network Coding (RLNC) has recently emerged as a new coding technique that aims at improving system performance by efficiently transmitting and compressing data in general multi-source multicast networks. In this paper, a data confidentiality and availability scheme based on RNLC, is proposed for multi-homed systems. The proposed solution exploits the random physical characteristics of wireless channels, along with a pre-shared secret key, to derive dynamic keys which are used to generate random and dynamic cryptographic primitives. These primitives mainly include two permutation tables and a set of secret invertible RLNC matrices, all of which change for every input message. It has been shown that by securing the cryptographic primitives needed in the ciphering/deciphering process, one can jointly enhance the security and performance of transmitted data in multi-homed systems. Finally, security and performance analysis are presented to validate the efficiency and security of the proposed encryption/encoding scheme.
AbstractList	Multi-homing is a new mechanism that enables hosts with multiple network interfaces (IP addresses), to connect to more than one data link. This technology enhances Internet connectivity and reliability without compromising efficient performance. Like any communication system, the security of multi-homed systems is of great importance. However, this issue remains largely un-attempted, where only few papers in the literature discuss, address and present security solutions for multi-homed systems. On the other hand, Random Linear Network Coding (RLNC) has recently emerged as a new coding technique that aims at improving system performance by efficiently transmitting and compressing data in general multi-source multicast networks. In this paper, a data confidentiality and availability scheme based on RNLC, is proposed for multi-homed systems. The proposed solution exploits the random physical characteristics of wireless channels, along with a pre-shared secret key, to derive dynamic keys which are used to generate random and dynamic cryptographic primitives. These primitives mainly include two permutation tables and a set of secret invertible RLNC matrices, all of which change for every input message. It has been shown that by securing the cryptographic primitives needed in the ciphering/deciphering process, one can jointly enhance the security and performance of transmitted data in multi-homed systems. Finally, security and performance analysis are presented to validate the efficiency and security of the proposed encryption/encoding scheme.
ArticleNumber	106886
Author	Noura, Hassan N. Melki, Reem Malli, Mohammad Chehab, Ali
Author_xml	– sequence: 1 givenname: Hassan N. surname: Noura fullname: Noura, Hassan N. email: hn49@aub.edu.lb organization: American University of Beirut Department of Electrical and Computer Engineering, Lebanon – sequence: 2 givenname: Reem surname: Melki fullname: Melki, Reem email: rmm71@aub.edu.lb organization: American University of Beirut Department of Electrical and Computer Engineering, Lebanon – sequence: 3 givenname: Mohammad surname: Malli fullname: Malli, Mohammad email: mmalli@aou.edu.lb organization: Arab Open University, Department of Computer Sciences, Lebanon – sequence: 4 givenname: Ali surname: Chehab fullname: Chehab, Ali email: chehab@aub.edu.lb organization: American University of Beirut Department of Electrical and Computer Engineering, Lebanon
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Snippet	Multi-homing is a new mechanism that enables hosts with multiple network interfaces (IP addresses), to connect to more than one data link. This technology...
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SubjectTerms	Algorithms Coding Communications systems Computer mediated communication Confidentiality Cryptography Data Data compression Data encryption Encoding Encryption Homing Interfaces Internet IP (Internet Protocol) Lightweight encryption-authentication scheme Matrices Multicasting Networks Permutations Physical characteristics Physical properties Random linear network coding Reliability Secure multi-homed networks Security Telecommunications Wireless communication systems
Title	Design and realization of efficient & secure multi-homed systems based on random linear network coding
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