Trusted-based scalable access control model for broadcast XML documents.

XML language is becoming a de facto standard for representing and transmitting data on the web so controlling access to XML documents is an important issue. Several XML access control approaches have been proposed to control the access of the published XML documents but these approaches still cannot...

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Main Authors: Halboob, Waleed, Mamat, Ali, Mahmod, Ramlan, Alghathbar, Khaled S., Khan, Muhammad Khurram
Format: Article
Language:English
English
Published: International Information Institute 2013
Online Access:http://psasir.upm.edu.my/id/eprint/30647/
http://psasir.upm.edu.my/id/eprint/30647/1/Trusted.pdf
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author Halboob, Waleed
Mamat, Ali
Mahmod, Ramlan
Alghathbar, Khaled S.
Khan, Muhammad Khurram
author_facet Halboob, Waleed
Mamat, Ali
Mahmod, Ramlan
Alghathbar, Khaled S.
Khan, Muhammad Khurram
author_sort Halboob, Waleed
building UPM Institutional Repository
collection Online Access
description XML language is becoming a de facto standard for representing and transmitting data on the web so controlling access to XML documents is an important issue. Several XML access control approaches have been proposed to control the access of the published XML documents but these approaches still cannot scale well wim increased system and management workload because they specify and enforce their access control policies in centralized servers. We have proposed a distributed XML access control model for that improves the scalability by distributing the system and management workloads into several servers and different administrator, respectively. In this paper, the scalability of the proposed model is evaluated using a quantitative approach that shows that the proposed model is cost-effectively scalable with an increase in system and management workloads.
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English
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spelling upm-306472015-09-11T00:26:53Z http://psasir.upm.edu.my/id/eprint/30647/ Trusted-based scalable access control model for broadcast XML documents. Halboob, Waleed Mamat, Ali Mahmod, Ramlan Alghathbar, Khaled S. Khan, Muhammad Khurram XML language is becoming a de facto standard for representing and transmitting data on the web so controlling access to XML documents is an important issue. Several XML access control approaches have been proposed to control the access of the published XML documents but these approaches still cannot scale well wim increased system and management workload because they specify and enforce their access control policies in centralized servers. We have proposed a distributed XML access control model for that improves the scalability by distributing the system and management workloads into several servers and different administrator, respectively. In this paper, the scalability of the proposed model is evaluated using a quantitative approach that shows that the proposed model is cost-effectively scalable with an increase in system and management workloads. International Information Institute 2013-03 Article PeerReviewed application/pdf en http://psasir.upm.edu.my/id/eprint/30647/1/Trusted.pdf Halboob, Waleed and Mamat, Ali and Mahmod, Ramlan and Alghathbar, Khaled S. and Khan, Muhammad Khurram (2013) Trusted-based scalable access control model for broadcast XML documents. Information, 16 (3A). pp. 2075-2086. ISSN 1343-4500; ESSN:1344-8994 English
spellingShingle Halboob, Waleed
Mamat, Ali
Mahmod, Ramlan
Alghathbar, Khaled S.
Khan, Muhammad Khurram
Trusted-based scalable access control model for broadcast XML documents.
title Trusted-based scalable access control model for broadcast XML documents.
title_full Trusted-based scalable access control model for broadcast XML documents.
title_fullStr Trusted-based scalable access control model for broadcast XML documents.
title_full_unstemmed Trusted-based scalable access control model for broadcast XML documents.
title_short Trusted-based scalable access control model for broadcast XML documents.
title_sort trusted-based scalable access control model for broadcast xml documents.
url http://psasir.upm.edu.my/id/eprint/30647/
http://psasir.upm.edu.my/id/eprint/30647/1/Trusted.pdf