Hardware Accelerated XML Parsers with Well Form Checkers and Abstract Classification Tables
Date Issued
2010
Date
2010
Author(s)
Chen, Chun-Wei
Abstract
XML (Extensible Markup Language) is a cross-platform markup language. It has been used on lots of most common applications in our computer system because of the extension and user customization features. In order to parse XML documents efficiently, much research has been done to accelerate the processing of XML documents or messages. The hardware-accelerated approach is becoming important due to a higher performance is getting expected. Current hardware platforms for processing XML documents lack the capability of well-formed checking for XML documents because of complication. To improve existing design methods, lower the CPU load and process XML efficiently, we present a hardware accelerated XML parser with well-formed checker by using the abstract classification table. The approach provides a testing and verification platform for XML processing. Abstract classification table is an emerging indexing technique to represent the hierarchical structure of XML documents and can accelerate XML processing. In our platform, the hardware accelerator can parse XML documents at 206 Mbps and provide a Giga bit level throughput.
Subjects
XML
ACT
VTD
UTF-8
Type
thesis
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