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Wide deployment of XML technology in enterprise applications demands high performance XML processing framework. This results in extensive investigation on building an XML processing infrastructure leveraging a compact, pre-parsed XML format, which could save in the memory and CPU consumption as well as the network bandwidth.
In this paper, we will discuss the project building a compact schema-aware binary XML processing framework and compare it with the existing binary XML technologies. The discussion will cover the design of the compact binary XML format, the implementation for the compact binary XML processors, which encode and decode the XML documents, and how the compact binary XML support is integrated with the existing XML processing stack.
At the end, we will provide the result testing applications leveraging the compact binary XML processing framework. View both works by Wang, Jinyu View all 111 works published by IDEAlliance |
 A Close Look at the Compact XML Schema-Aware XML Processing Framework http://www.idealliance.org/proceedings/xml05/abstracts/paper57.HTML
Wang, Jinyu IDEAlliance 2005
Abstract: Wide deployment of XML technology in enterprise applications demands high performance XML processing framework. This results in extensive investigation on building an XML processing infrastructure leveraging a compact, pre-parsed XML format, which could save in the memory and CPU consumption as well as the network bandwidth.
In this paper, we will discuss the project building a compact schema-aware binary XML processing framework and compare it with the existing binary XML technologies. The discussion will cover the design of the compact binary XML format, the implementation for the compact binary XML processors, which encode and decode the XML documents, and how the compact binary XML support is integrated with the existing XML processing stack.
At the end, we will provide the result testing applications leveraging the compact binary XML processing framework.
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