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Track Chairpersons: Chris Lilley, Graphics Activity Lead, W3C-France
Dieter Weidenbrüeck, CEO, ITEDO Software GmbH
SVG and WebCGM are new graphics formats for the Web. This track provides in-depth information about these two new graphic formats and how to use them.

WEDNESDAY • DECEMBER 6, 2000

2:00 pm
Comparison of SVG and WebCGM™
WebCGM and SVG have been discussed for some time as the upcoming standards for vector graphics on the Web. Although products are not yet available for these formats, users want to know about the differences between them. This session compares the formats technically and shows the benefits of either format. It also serves as an introduction to the graphics track, which will provide more information about WebCGM and SVG.
by Chris Lilley, Graphics Activity Lead, W3C-France and Dieter Weidenbrüeck, CEO,
ITEDO Software GmbH


2:45 pm
An in-depth look at SVG

Scalable Vector Graphics (SVG) is the emerging W3C language for rich 2D graphics expressed in XML for use in Web browsers. W3C members defining SVG include Adobe, Apple, Autodesk, Canon, Corel, Hewlett-Packard, IBM, INSO, Kodak, Macromedia, Microsoft, Netscape, Opera, Quark, Sun Microsystems and Xerox. This session presents an in-depth description of SVG's graphics features, its use in creating interactive and dynamic Web pages, and its integration and compatibility with other Web technologies, such as XML, CSS, DOM and SMIL.
by Jon Ferraiolo, Senior Computer Scientist, Advanced Technology Group, Adobe Systems Incorporated

4:00 pm
WebCGM™ - An Integration with the ATA Intelligent Graphics CGM Profile

This presentation reviews the intelligent graphics model in WebCGM™ and the model described in the ATA intelligent graphics interchange profile (IGEXCHANGE). The presenter describes an architecture showing how the ATA intelligent graphics interchange requirements can be supported by the model in WebCGM™ using SGML/XML to encode the additional intelligent metadata required in the ATA models. An architecture, using readily available WebCGM™ browsers and SGML/XML browsers, are described and mechanisms for implementation are shown.
by Dave Cruikshank, Technical Fellow, Boeing Commercial Airplanes

4:45 pm
WebCGM™ and XML Use in the Automotive Industry -- a Case Study
In today's business climate the demands of the market are forcing companies to increase their productivity in order to stay ahead of the competition. Productivity gains can be realized by removing barriers in the communication of vital information to an enterprises suppliers, customers, and internal users. We show a "use case" example of WebCGM™ graphics tightly integrated into a Web environment for the purposes of conveying this technical information to the customers, suppliers, and internal users of an enterprise. By using XML/XSL and WebCGM™ we can demonstrate how these consumers of information can get access to the right information at the right time in a highly intuitive fashion.
by Jeff Courtney, Director of R&D, Auto-trol Technology Corporation and Ulrich Laesche, CEO, Ematek Informatik GmbH


FRIDAY • DECEMBER 8, 2000

9:00 am
Content and Process Aware Graphs and Diagrams on the Web

Content and Process aware graphics systems not only display graphics beautifully, but they also allow the graph or diagram displayed to have self-knowledge about their appearance and also their meaning. Such graphics and diagrams are able to intelligently respond to queries. Circuit diagrams, for example, can be "operated" and "probed" by using the mouse as a (simulated) signal injector or other "electronic" tool. Graphical items, such as business bar-charts, are able to respond to click-based redraw requests and redisplay themselves as pie-charts, or to redraw themselves according to a different scale (without reprogramming or resorting to a spreadsheet or other program), or merging two different graphs into one graph and making an explicit graph of their differences. This paper discusses content and process aware graphics.
by David Dodds, Senior Software Engineer, iKnowMed

9:45 am
SVG and the Java Platform
Scalable Vector Graphics (SVG) is an XML grammar for describing rich 2D graphics. The Java 2D(TM) API is an API for creating rich 2D graphics on the Java 2 Standard Edition platform. Are SVG and the Java 2D API competitors? How do they fit together? These questions are often raised and the session shows that far from competing with each other, SVG and the Java 2D API, and SVG and the Java platform in general are powerful partners which can leverage each other's strengths.
by Vincent Hardy, Senior Staff Engineer, Sun Microsystems, Inc.
and Thierry Kormann, Software Engineer, Batik Team

XML 2000 Program: Knowledge Technologies XML 2000 Program: Getting Started with XML XML 2000 Program: Enabling Business on the Web XML 2000 Program: Building an XML Web Site XML 2000 Program: Publishing with XML XML 2000 Program: Society and Technology XML 2000 Program: Device Independant Web Accessibility XML 2000 Program: Leading Edge XML 2000 Program: Web Graphics


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