Providing Information Resilience Through Modularity-Based Caching in Perturbed Information-Centric Networks
Authors: Chai, W.K., Sourlas, V. and Pavlou, G.
Journal: Proceedings of the 29th International Teletraffic Congress, ITC 2017
Volume: 1
Pages: 214-222
ISBN: 9780988304536
DOI: 10.23919/ITC.2017.8064358
Abstract:In this paper, we investigate the provision of a new form of resilience, namely information resilience - targeting reliable communication of information under normal and adverse network conditions. We harness the power and flexibility of information-centric networking (ICN) paradigm where content are named and can be explicitly identified as opposed to the current host-centric Internet. Using ICN principles, a new modularity-based information caching approach is proposed that leverages the concept of modularity such that information reachability and persistency are enhanced especially under perturbed network scenarios, e.g., network failures due to natural disasters or network under malicious attacks. The main idea of our proposal is to exploit the better connectivity of nodes within certain community construct in a network to provide higher information diversity, and thus allow potential access to a higher number of information objects even under various network dynamics. We conduct extensive simulations based on both real and model network topologies and show that our proposal can significantly increase request satisfaction ratios under highly dynamic network scenarios (i.e., network under multiple perturbations) across different system parameters.
https://eprints.bournemouth.ac.uk/29427/
Source: Scopus
Providing Information Resilience through Modularity-based Caching in Perturbed Information-Centric Networks
Authors: Chai, W.K., Sourlas, V. and Pavlou, G.
Journal: 2017 PROCEEDINGS OF THE 29TH INTERNATIONAL TELETRAFFIC CONGRESS (ITC 29), VOL 1
Pages: 214-222
DOI: 10.1109/ITC.29.111
https://eprints.bournemouth.ac.uk/29427/
Source: Web of Science (Lite)
Providing Information Resilience through Modularity-based Caching in Perturbed Information-Centric Networks
Authors: Chai, W., Sourlas, V. and Pavlou, G.
Conference: IEEE/ACM International Teletraffic Congress
Dates: 4-8 September 2017
DOI: 10.23919/ITC.2017.8064358
Abstract:—In this paper, we investigate the provision of a new form of resilience, namely information resilience - targeting reliable communication of information under normal and adverse network conditions. We harness the power and flexibility of information-centric networking (ICN) paradigm where content are named and can be explicitly identified as opposed to the current host-centric Internet. Using ICN principles, a new modularity-based information caching approach is proposed that leverages the concept of modularity such that information reachability and persistency are enhanced especially under perturbed network scenarios, e.g., network failures due to natural disasters or network under malicious attacks. The main idea of our proposal is to exploit the better connectivity of nodes within certain community construct in a network to provide higher information diversity, and thus allow potential access to a higher number of information objects even under various network dynamics. We conduct extensive simulations based on both real and model network topologies and show that our proposal can significantly increase request satisfaction ratios under highly dynamic network scenarios (i.e., network under multiple perturbations) across different system parameters.
https://eprints.bournemouth.ac.uk/29427/
Source: Manual
Providing Information Resilience through Modularity-based Caching in Perturbed Information-Centric Networks
Authors: Chai, W.K., Sourlas, V. and Pavlou, G.
Conference: IEEE/ACM International Teletraffic Congress
Abstract:—In this paper, we investigate the provision of a new form of resilience, namely information resilience - targeting reliable communication of information under normal and adverse network conditions. We harness the power and flexibility of information-centric networking (ICN) paradigm where content are named and can be explicitly identified as opposed to the current host-centric Internet. Using ICN principles, a new modularity-based information caching approach is proposed that leverages the concept of modularity such that information reachability and persistency are enhanced especially under perturbed network scenarios, e.g., network failures due to natural disasters or network under malicious attacks. The main idea of our proposal is to exploit the better connectivity of nodes within certain community construct in a network to provide higher information diversity, and thus allow potential access to a higher number of information objects even under various network dynamics. We conduct extensive simulations based on both real and model network topologies and show that our proposal can significantly increase request satisfaction ratios under highly dynamic network scenarios (i.e., network under multiple perturbations) across different system parameters.
https://eprints.bournemouth.ac.uk/29427/
Source: BURO EPrints