This session will introduce you to the basics of XML. Additionally, it will provide you with an introduction to building and consuming XML Web services.

This article provides a technical introduction to XML with an eye towards guiding the reader to appropriate sections of the XML specification when greater technical detail is desired. This introduction is geared towards a reader with some HTML or SGML experience, although that experience is not absolutely necessary. The XML Link and XML Style specifications are also briefly outlined.

The world of XML is vast and growing, with a huge variety of standards and technologies that interact in complex ways. It can be difficult for beginners to navigate the most important aspects of XML, and for users to keep track of new entries and changes in the space. XML is a basic syntax upon which you develop local and global vocabularies. Previous in-depth articles have presented the most important standards relating to XML. This fourth article, provides a detailed cross-reference of all covered standards.

This introduction to XML presents the Extensible Markup Language at a reasonably technical level for anyone interested in learning more about structured documents. In addition to covering the XML 1.0 Specification, this article outlines related XML specifications, which are evolving. The article is organized in four main sections plus an appendix.

XML is the latest platform-independent and content-dependent technology available for Internet development. XML is the tool of choice for distributing structured information in this age. XML not only fulfills the needs of web authors but also those of anyone interested in publishing. Oracle, IBM and Microsoft are coming out with XML-related software and this gives sufficient indications about the future of XML in the IT industry. This article covers such topics as SGML, HTML and XML, What is DTD - Document Type Definition, Valid and Well-formed XML, Example XML Documents and analysis, and Software for XML.

Coming straight to the point, XML stands for EXtensible Markup Language. As the name suggests, it is a language that can be molded according to the need of the hour. Personally, I don't think calling it a language is justified, but I fanatically follow the ordinance of the techie Gurus, and if they say it is a language, then it is a language.

This paper addresses one of the challenges faced by the companies participating in the eCommerce revolution: architecting an eCommerce solution that allows you to communicate with your customers on today's devices, yet will adapt to the devices of the future. This paper proposes such an architecture, one that is built using eXtensible Markup Language (XML) technologies to provide an infrastructure that will protect your investment and ensure extensibility moving forward.

The IBM developerWorks Live! Technical Briefings, which were a great success worldwide in 2003, have been expanded for 2004. The following five types of technical briefings, which include presentations and extensive demonstrations, will be held in cities around the world in 2004 (at no cost to you): e-business on demand, IBM Software Development Platform, Speed-start Linux applications, Speed-start Web services, Globalizing your applications.

The recent rush to adopt XML can be attributed in part to the hope that the static typing provided by DTDs (or more sophisticated mechanisms such as XML-Schema) will improve the robustness of data exchange and processing. However, although XML documents can be checked for conformance with DTDs, current XML processing languages offer no way of verifying that programs operating on XML structures will always produce conforming outputs.

Data binding, although commonplace in today's world of Java technology and XML programming, is still largely misunderstood. This column throws out all the theoretical claptrap and focuses on the concepts you need to get started with data binding. You will understand the differences between general data binding and data binding in the XML world, as well as round-tripping, semantic equivalence, and what to look for in a data binding package.