XML Technologies: a Key for Interoperability

Table of contents

• XML Technologies: a key for interoperability
• Content
• W3C Logo
• W3C's Mission: Leading the Web to its Full Potential
• W3C: long term goals
• W3C's Role
• The Recommendation Track
• W3C Recommendations
• Design Principles of the Web
• Content
• World Wide Web: the inception
• World Wide Web: the evolution
• Content
• Interoperability (technological)
• Interoperability (semantic)
• Content
• HTML Feature Creep and Need for XML
• What's wrong with HTML?
• HTML was the past
• Why was XML necessary?
• Characteristics of XML
• XML Schema Definition
• Some Advantages of Schemas
• XHTML
• XHTML 1.0
• Minimal XHTML 1.0 Document
• Beware of quality
• Future: Common Architecture ...
• Styling XML
• XSLT Transformation
• Example for XSLT Transformation
• The address book revisited
• Transforming Data to Information - XSLT XPath and XQuery
• Presentation of Information - Visually
• Presentation of Information - Aurally
• Transforming information: some considerations
• Transforming information: architectural issues
• Scalable Vector Graphics (SVG)
• SVG
• Small SVG Example
• SVG: one more example
• Multimedia: SMIL
• Resources Anywhere...
• MathML
• Web for Everybody?
• WAI
• Content
• XForms
• Content
• I have a dream ...
• Why Metadata?
• What are Metadata?
• Metadata
• RDF Data Model
• Further RDF Example
• Containers
• Graphs and Webs: before RDF
• Graphs and Webs: after RDF
• Namespaces: a key in peer-to-peer architecture
• Namespaces: a key in peer-to-peer architecture (cont.)
• The Semantic Web - Architecture Vision
• The Semantic Web - Trust Scenario
• Content
• Web Services: definition
• Web Services: agents and roles
• Web Services: SOAP messages
• Web Services: Description Language
• Web Services: an usage scenario
• Web Services: an usage scenario
• Web Services: booking hotel room and flights
• Conclusion
• Thanks for your attention