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About 4,971 papers for “XML framework”

XML in .NET Framework

Bipin Joshi · Apress eBooks · 2017

Up until now, you have learned how to work with your own XML data. This includes reading, writing, validating, serializing, and querying XML data. Microsoft has used XML extensively in the .NET Framework. This use of XML comes in different flavors, such as XAML markup of note, server control markup of ASP.NET, and configuration system of the .NET Framework. Understanding the use of XML in the .NET Framework is therefore essential for any .NET developer.

Cited by 0

XML-OLAP: A Multidimensional Analysis Framework for XML Warehouses

Byung-kwon Park, Hai‐Chao Han, Il‐Yeol Song · 2005

Abstract. Recently, a large number of XML documents are available on the Internet. This trend motivated many researchers to analyze them multi-dimensionally in the same way as relational data. In this paper, we propose a new framework for multidimensional analysis of XML docu-ments, which we call XML-OLAP. We base XML-OLAP on XML ware-houses where every fact data as well as dimension data are stored as XML documents. We build XML cubes from XML warehouses. We propose a new multidimensional expression language for XML cubes, which we call XML-MDX. XML-MDX statements target XML cubes and use XQuery expressions to designate the measure data. They specify text mining op-erators for aggregating text constituting the measure data. We evaluate XML-OLAP by applying it to a U.S. patent XML warehouse. We use XML-MDX queries, which demonstrate that XML-OLAP is effective for multi-dimensionally analyzing the U.S. patents. 1

Cited by 0

A Framework for XML Index Selection

Anushree Goyal · OhioLink ETD Center (Ohio Library and Information Network) · 2013

Data on the web is increasingly being made available in a semi-structured format which presents some challenges for effective extraction of information [ABS00].Semi-structured data is not rigidly formatted, i.e., it is not strictly table-oriented as in a relational model or other conventional database systems [A97].The structural or hierarchical relationship between elements in semi-structured data typically needs to be preserved.In traditional databases, the records do not bear any inherent ordering or structural relationships.Moreover, traditional database schemas are not contained within the data itself.Owing to these reasons, one challenge is to store semi-structured data efficiently and another is to query this data effectively.A data model for representing such data is the XML data model [XML].It supports modeling both the structure and the data contained within it.

Cited by 0Open access

A framework for defining XML views

Haitao Chen, Husheng Liao · 2010

XML has become the de facto standard for representing and interchanging data in web-based applications. And XML view has been widely applied. In relational database, the views are often defined by a query statement, though there may be GUI tools as aids. However, the users usually desire a conceptual modeling tool to help them define views and communicate with each other. Richer semantics are also expected when users tackle view related issues, such as view updates. In this paper, we present a framework for defining XML views, which includes three levels: conceptual level, logical level and physical level. Conceptual level is described by some conceptual model, e.g. EER or UML. Logical level is captured by some XML schema language and physical level is the XML views data. In particular, we show what semantics should be captured and how to represent them.

Cited by 0

A Framework for XML Similarity Joins

Andrade Ribeiro, Leonardo · Publication Server of Kaiserslautern University of Technology (Kaiserslautern University of Technology) · 2010

Cited by 0

Introducing XML and the .Net framework

Apress eBooks · 2008

XML has emerged as the de facto standard for data representation and transportation. No wonder that Microsoft has embraced it fully in the NET Framework. This chapter provides an overview of what XML is and how it is related to the .NET Framework. Many of the topics discussed in this chapter might be already familiar to you. Nevertheless, I will cover them briefly here so as to form a common platform for further chapters. Specifically, this chapter includes the following: Features and benefits of XML Rules of XML grammar Brief introduction to allied technologies such as DTD, XML schema, parsers, XSLT, and XPath Overview of the .NET Framework Use of XML in the .NET Framework Introduction to Visual Studio If you find these concepts highly familiar, you may want to skip ahead to Chapter 2.KeywordsConfiguration FileVisual StudioSimple Object Access ProtocolWindow FormDocument ElementThese keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.

Cited by 0

Crypto-Asset Reporting Framework XML Schema

OECD · OECD Publishing eBooks · 2024

This document contains the user guide for the XML schema that supports the automatic exchange of information pursuant to the Crypto-Asset Reporting Framework (CARF), as approved by the OECD in 2023. While the XML schema has been primarily designed to facilitate the exchanges of CARF information between tax administrations, the XML schema can also be used for domestic reporting of CARF information by Reporting Crypto-Asset Service Providers, to the extent permitted under domestic law of the relevant jurisdiction.

Cited by 0Open access

A Framework for XML Similarity Joins

Leonardo Andrade Ribeiro · 2010

A prime motivation for using XML to directly represent pieces of information is the ability of supporting ad-hoc or 'schema-later' settings. In such scenarios, modeling data under loose data constraints is essential. Of course, the flexibility of XML comes at a price: the absence of a rigid, regular, and homogeneous structure makes many aspects of data management more challenging. Such malleable data formats can also lead to severe information quality problems, because the risk of storing inconsistent and incorrect data is greatly increased. A prominent example of such problems is the appearance of the so-called fuzzy duplicates, i.e., multiple and non-identical representations of a real-world entity. Similarity joins correlating XML document fragments that are similar can be used as core operators to support the identification of fuzzy duplicates. However, similarity assessment is especially difficult on XML datasets because structure, besides textual information, may exhibit variations in document fragments representing the same real-world entity. Moreover, similarity computation is substantially more expensive for tree-structured objects and, thus, is a serious performance concern. This thesis describes the design and implementation of an effective, flexible, and high-performance XML-based similarity join framework. As main contributions, we present novel structure-conscious similarity functions for XML trees - either considering XML structure in isolation or combined with textual information -, mechanisms to support the selection of relevant information from XML trees and organization of this information into a suitable format for similarity calculation, and efficient algorithms for large-scale identification of similar, set-represented objects. Finally, we validate the applicability of our techniques by integrating our framework into a native XML database management system; in this context we address several issues around the integration of similarity operations into traditional database architectures.

Cited by 0

Advanced XML Security: Framework for Building Secure XML Management System (SXMS)

Faisal T. Ammari, Joan Lu · 2010

The eXtensible Markup Language (XML) has been widely adopted for information exchange across various networks due to flexibility providing common syntax for messaging systems. Excessive use of XML as a communication medium created an aligned interest in the level of security provided for those XML-Based systems. Many security concerns have been tackled by the World Wide Consortium (W3C) creating the "XML Encryption Syntax and Processing" Recommendation [4]. This study presents a new architecture to handle received XML messages from various systems, on one hand suggested architecture is focused on classifying received XML messages (sensitive and non-sensitive) data to define which parts of the XML document to be encrypted and which to be forwarded to another module in suggested system to handle message composition, On the other hand the architecture is focused on securing XML messages by encrypting flagged XML parts each with different type of encryption depending on data sensitivity and importance level defined, this stage uses an approach based on W3C "XML Encryption Syntax and Processing" Recommendation. As a result, study aims to improve both the performance of XML encryption process and bulk message handling to achieve data cleansing efficiently.

Cited by 6

An Architectural Framework for XML-based Network Management An Architectural Framework for XML-based Network Management

Mi-jung Choi · 2003

Internet management is mostly based on IETF standards, such as the Simple Network Management Protocol (SNMP), which was developed at the end of the 1980’s and is widely used since then. Today, SNMP is the most widely deployed management technology. However, the SNMP management framework has some drawbacks in network management tasks, such as the management information model, instrumentation, management protocol, analysis, and presentation. Recently, XML-based network management, which applies XML related technologies such as XML Schema, DOM, XPath, XSLT, etc. to network management, has been proposed as an alternative or a complement to the existing network management. The use of XML in network management offers many advantages. XML provides powerful modeling features for structured management information in network management, and XML-based Network Management (XNM) can transfer a large amount of data over HTTP. Also, XNM can be easily implemented using standard API and freely available software. This

Cited by 0