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A Semantic-based Protocol and Simulation Model for Concurrency Control in XML Database Systems
|關鍵字:||XML;XML;DOM;semantics;concurrency control;simulation platform;generic simulation model;database systems;DOM;語意;並行控制;模擬平台;模擬模型;資料庫系統||出版社:||資訊科學與工程學系所||引用:||References  "Bloodshed Dev-C++," http://www.bloodshed.net/devcpp.html.  "Document Object Model," http://www.w3.org/DOM.  "DTD Tutorial," http://www.w3schools.com/dtd/default.asp.  "ebXML," http://ebxml.xml.org/.  "MySQL Database Software," MySQL Enterprise, http://www.mysql.com/.  "Natix," http://www.data-ex-machina.com/natix.html.  "SAX," http://www.saxproject.org/.  "The SGML/XML Web Page," http://www.Oasis-open.org/cover/.  "Tamino," http://www.softwareag.com/corporate/products/tamino.  "Transaction Processing over XML (TPoX)," http://tpox.sourceforge.net/.  UML 2.0: Superstructure Specification. Version 2.0: The Object Management Group., 2005.  "World Wide Web Consortium," http://www.w3c.org.  "The World Wide Web Consortium," http://www.w3.org.  "XCheck," http://ilps.science.uva.nl/Resources/XCheck/.  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With the rise of XML as one of the most important techniques for exchanging data on the Internet, providing efficient access to XML documents has become crucial. Several XML-based concurrency control protocols (XML protocols) for efficient access have been proposed; there are none, however, that can produce non-serializable schedules to enhance concurrency while ensuring an acceptable XML database state for the user. In this study, new semantic correctness criteria are defined to relax the serializability requirement for maintaining an acceptable XML database state for users. Based on those criteria, the operation semantics in XML databases are analyzed and a new semantic-based protocol, SCD, is proposed. With SCD and our defined semantic correctness criteria, non-serializable schedules are produced and higher concurrency is achieved simultaneously. Recognizing the need for fair evaluation in examining the performance of various XML protocols, a generic simulation model, in this case XSM, is proposed. System environment, performance metrics and protocol rules of various XML protocols are all taken into account by XSM. In order to facilitate the implementation of XSM, the state, sequence, component and class diagrams of XSM are depicted in UML 2.0 notation. XSM allows reusable components to be implemented by any object-oriented programming language, reducing development costs. In addition, an XML specific simulation platform is created by utilizing XSM, allowing various XML protocols to be implemented and evaluated in an unbiased manner.
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