The document discusses modeling advanced automotive interfaces using a model-driven design approach. It proposes using a scene graph format based on Scalable Vector Graphics to describe the graphics model and interface components. This includes a static scene graph to define the interface structure and a data-driven scene graph to dynamically populate and update the interface based on runtime data. Software tools are needed to implement this approach and address limitations of a pure data-driven scene graph. The goal is to develop simple and advanced automotive interfaces using rapid application development techniques that consider interoperability, standards, and safety.

1. EDONA / HMI
Modelling of Advanced
Automotive Interfaces
S. Boisgérault, E. Vecchié O. Meunier
Mines ParisTech Intempora
J.-M. Temmos
Visteon Software Technologies

2. Visteon X-Wave
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3. Displays vs Classic Devices
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4. EDONA/HMI Use Case
LOVe Interface
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5. Automotive HMIs: Issues
Simple and Advanced Interfaces,
Rapid Application Development,
Interoperability and Standards,
Safety of Embedded Systems.
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6. Model-Driven Design
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7. HMI Model Description
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8. Graphics Model
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9. Static Scene Graph
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10. Data-Driven Scene Graph
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11. Scene Graph Format:
Scalable Vector Graphics
xml-based language for 2d graphics
 SVG open standard since 2000,
 Target: the web, later mobile platforms,
 General purpose graphics language,
 Rich syntax and powerful constructs,
 Consistent extension/restriction policies,
 Availability of software tools. 11

12. Limitations of Pure
Data-Driven Scene Graphs
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13. Component Model
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14. Functional Model
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15. Runtime Architecture
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16. Software Tools
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17. Questions ?
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