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Visualization of Aeronautical Information

Visualization of Aeronautical Information. Presentation to AIXM Users’ Conference, Federal Aviation Administration, Washington D.C., Feb 27-March 1, 2007.

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Visualization of Aeronautical Information

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  1. Visualization of Aeronautical Information Presentation to AIXM Users’ Conference, Federal Aviation Administration, Washington D.C., Feb 27-March 1, 2007. By: Mark Austin, Natasha Shmunis, Michael Ball, University of Maryland, College Park, MD 20742. E-mail: [austin,kosnat]@isr.umd.edu; mball@rhsmith.umd.edu

  2. Table of Contents • Project Objectives. • Range of Applications. • Range of End Users. • Development Challenges. • Open Source: What does this mean? • Relevant Technologies • Shape Viewer Prototype • How can you get involved?

  3. Project Objectives Enable AIXM extension and integration of applications. This requires exchange of data, measures of system state, and support for presentation of information.

  4. Range of Applications • Concept areas requiring visualization: aerodromes/airports, airspaces, routes, procedures, services and fixes. • Airport concepts: aerodrome/heliport, timesheet, obstacles, apron, taxiway, runway and runway direction.

  5. Range of End-Users …. • Low-end: 3d visualization tool running on a standalone laptop… • High-end: Modern computer, high-speed networking ….

  6. Development Challenges • We want to create a framework upon which end-users can visualize and interact with AIXM data/information in three dimensions. • Solutions must be open-source and to the extent possible, technology neutral (i.e., use Java). • Solutions must be scalable. AIXM schema contains hundreds of classes, attributes and relationships. • Need to maximize reuse of previous work.

  7. Open Source Software • Free redistribution of code, • Distribution includes source code, • Provide for derived works, • No discrimination against persons, groups, or fields of endeavor, • License attached to distribution. It is technology neutral. What does this mean?

  8. Technical Approach • Solution needs to be scalable – therefore we are investigating feasibility of generating source code directly from the AIXM schema. • We will cover technical details in a talk on Thursday.

  9. Shape Viewer Prototype <?xml version="1.0" encoding="UTF-8"?> <shapes xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xsi:noNamespaceSchemaLocation='file:/C:/FAA/shapeviewer/src/shapeviewer/shapes/Shapes.xsd'> <shape name = "circle" id ="1"> <x1>20</x1> <y1>20</y1> <x2>80</x2> <y2>80</y2> </shape> <shape name = “circle" id =”1"> <x1>200</x1> <y1>300</y1> <x2>400</x2> <y2>300</y2> </shape> <shape name = “circle" id=”1"> <x1>100</x1> <y1>100</y1> <x2>200</x2> <y2>200</y2> </shape> ……. </shapes>

  10. How can you get involved? • We expect to have a web site up-and-running by mid-2007. • Software prototypes will be available for download. • Contact us: Mark Austin (austin@isr.umd.edu), Natasha Shmunis (kosnat@isr.umd.edu), Michael Ball (mball@rhsmith.umd.edu).

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