Proxcache: A new cache deployment strategy in information-centric network for mitigating path and content redundancy

One of the promising paradigms for resource sharing with maintaining the basic Internet semantics is the Information-Centric Networking (ICN). ICN distinction with the current Internet is its ability to refer contents by names with partly dissociating the host-to-host practice of Internet Protocol a...

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Auteur principal: Ibrahim, Abdullahi
Format: Thèse
Langue:anglais
anglais
Publié: 2016
Sujets:
Accès en ligne:https://etd.uum.edu.my/6010/1/s95908_01.pdf
https://etd.uum.edu.my/6010/2/s95908_02.pdf
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author Ibrahim, Abdullahi
author_facet Ibrahim, Abdullahi
author_sort Ibrahim, Abdullahi
description One of the promising paradigms for resource sharing with maintaining the basic Internet semantics is the Information-Centric Networking (ICN). ICN distinction with the current Internet is its ability to refer contents by names with partly dissociating the host-to-host practice of Internet Protocol addresses. Moreover, content caching in ICN is the major action of achieving content networking to reduce the amount of server access. The current caching practice in ICN using the Leave Copy Everywhere (LCE) progenerate problems of over deposition of contents known as content redundancy, path redundancy, lesser cache-hit rates in heterogeneous networks and lower content diversity. This study proposes a new cache deployment strategy referred to as ProXcache to acquire node relationships using hyperedge concept of hypergraph for cache positioning. The study formulates the relationships through the path and distance approximation to mitigate content and path redundancy. The study adopted the Design Research Methodology approach to achieve the slated research objectives. ProXcache was investigated using simulation on the Abilene, GEANT and the DTelekom network topologies for LCE and ProbCache caching strategies with the Zipf distribution to differ content categorization. The results show the overall content and path redundancy are minimized with lesser caching operation of six depositions per request as compared to nine and nineteen for ProbCache and LCE respectively. ProXcache yields better content diversity ratio of 80% against 20% and 49% for LCE and ProbCache respectively as the cache sizes varied. ProXcache also improves the cache-hit ratio through proxy positions. These thus, have significant influence in the development of the ICN for better management of contents towards subscribing to the Future Internet.
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spelling oai:etd.uum.edu.my:60102021-04-05T02:38:32Z https://etd.uum.edu.my/6010/ Proxcache: A new cache deployment strategy in information-centric network for mitigating path and content redundancy Ibrahim, Abdullahi QA75 Electronic computers. Computer science One of the promising paradigms for resource sharing with maintaining the basic Internet semantics is the Information-Centric Networking (ICN). ICN distinction with the current Internet is its ability to refer contents by names with partly dissociating the host-to-host practice of Internet Protocol addresses. Moreover, content caching in ICN is the major action of achieving content networking to reduce the amount of server access. The current caching practice in ICN using the Leave Copy Everywhere (LCE) progenerate problems of over deposition of contents known as content redundancy, path redundancy, lesser cache-hit rates in heterogeneous networks and lower content diversity. This study proposes a new cache deployment strategy referred to as ProXcache to acquire node relationships using hyperedge concept of hypergraph for cache positioning. The study formulates the relationships through the path and distance approximation to mitigate content and path redundancy. The study adopted the Design Research Methodology approach to achieve the slated research objectives. ProXcache was investigated using simulation on the Abilene, GEANT and the DTelekom network topologies for LCE and ProbCache caching strategies with the Zipf distribution to differ content categorization. The results show the overall content and path redundancy are minimized with lesser caching operation of six depositions per request as compared to nine and nineteen for ProbCache and LCE respectively. ProXcache yields better content diversity ratio of 80% against 20% and 49% for LCE and ProbCache respectively as the cache sizes varied. ProXcache also improves the cache-hit ratio through proxy positions. These thus, have significant influence in the development of the ICN for better management of contents towards subscribing to the Future Internet. 2016 Thesis NonPeerReviewed text en https://etd.uum.edu.my/6010/1/s95908_01.pdf text en https://etd.uum.edu.my/6010/2/s95908_02.pdf Ibrahim, Abdullahi (2016) Proxcache: A new cache deployment strategy in information-centric network for mitigating path and content redundancy. PhD. thesis, Universiti Utara Malaysia.
spellingShingle QA75 Electronic computers. Computer science
Ibrahim, Abdullahi
Proxcache: A new cache deployment strategy in information-centric network for mitigating path and content redundancy
title Proxcache: A new cache deployment strategy in information-centric network for mitigating path and content redundancy
title_full Proxcache: A new cache deployment strategy in information-centric network for mitigating path and content redundancy
title_fullStr Proxcache: A new cache deployment strategy in information-centric network for mitigating path and content redundancy
title_full_unstemmed Proxcache: A new cache deployment strategy in information-centric network for mitigating path and content redundancy
title_short Proxcache: A new cache deployment strategy in information-centric network for mitigating path and content redundancy
title_sort proxcache a new cache deployment strategy in information centric network for mitigating path and content redundancy
topic QA75 Electronic computers. Computer science
url https://etd.uum.edu.my/6010/1/s95908_01.pdf
https://etd.uum.edu.my/6010/2/s95908_02.pdf
url-record https://etd.uum.edu.my/6010/
work_keys_str_mv AT ibrahimabdullahi proxcacheanewcachedeploymentstrategyininformationcentricnetworkformitigatingpathandcontentredundancy