3D User Interfaces for Information Systems Based on UsiXML

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Jean Vanderdonckt

Since many years, 3D interactive systems have demonstrated some benefits in reproducing adequately the reality, in improving it, and even in augmenting it by providing the user with unprecedented actions. 3D User Interfaces are becoming the primary subject of interest of a growing community of researchers and developers adopting different approaches for specifying and creating 3DUIs. Providing development methods and software support for 3DUIs is a complex problem. In this paper, we argue that developing 3DUIs for Information Systems is an activity that would benefit from the application of a model-driven development methodology composed of: a set of models defined according to an ontology, a language that expresses these models, and a structured method manipulating these models.

A Model-Driven Approach for Developing 3D User Interfaces of Information Systems in a Principle–Based Way Juan Gonzalez-Calleros, Jean Vanderdonckt UsiXML Workshop EICS, Berlin, 20 June 2010 ,[object Object]

ITEA UsiXML project #08026, 2009-2012

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ITEA UsiXML project #08026, 2009-2012 Support for different representations Support for basic Haptic Interaction 3DUIs

Method Outline ITEA UsiXML project #08026, 2009-2012 Task and Domain Model Model to Model Abstract UI Model Model to Model Concrete UI Model Code Generation Final UI Control Task and Domain Model Physical Control Software Control Physical interaction object 2D 3D

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Method Outline ITEA UsiXML project #08026, 2009-2012 Select Element Input Slider ,[object Object],Task and Domain Model Based on Guidelines Model to model Abstract UI Model Based on Guidelines Model to Model Concrete UI Model Usability Advisor Automatic Evaluation Refined Concrete UI Model Code Generation 3D User Interface

Method Outline ITEA UsiXML project #08026, 2009-2012

Method Outline ITEA UsiXML project #08026, 2009-2012 ,[object Object]

ITEA UsiXML project #08026, 2009-2012

ITEA UsiXML project #08026, 2009-2012

ITEA UsiXML project #08026, 2009-2012 ,[object Object]

Conclusion ,[object Object],[object Object],[object Object],[object Object],ITEA UsiXML project #08026, 2009-2012

ITEA UsiXML project #08026, 2009-2012

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Unistroke and multistroke gesture recognizers have always striven to reach some robustness with respect to all variations encountered when people issue gestures by hand on touch surfaces or with sensing devices. For this purpose, successful stroke recognizers rely on a gesture recognition algorithm that satisfies a series of invariance properties such as: stroke-order invariance, stroke-number invariance, stroke direction invariance, position, scale, and rotation invariance. Before initiating any recognition activity, these algorithms ensure these properties by performing several pre-processing operations. These operations induce an additional computational cost to the recognition process, as well as a potential error bias. To cope with this problem, we introduce an algorithm that ensures all these properties analytically instead of statistically based on a vector algebra. Instead of points, the recognition algorithm works on vectors between vectors. We demonstrate that this approach not eliminates the need for these preprocessing operations but also satisfies an entire structure preserving transformation. Paper available at https://dial.uclouvain.be/pr/boreal/en/object/boreal%3A217006

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Body-based gestures, such as acquired by Kinect sensor, today benefit from efficient tools for their recognition and development, but less for automated reasoning. To facilitate this activity, an ontology for structuring body-based gestures, based on user, body and body parts, gestures, and environment, is designed and encoded in Ontology Web Language according to modelling triples (subject, predicate, object). As a proof-of-concept and to feed this ontology, a gesture elicitation study collected 24 participants X 19 referents for IoT tasks = 456 elicited body-based gestures, which were classified and expressed according to the ontology. See paper at https://dl.acm.org/citation.cfm?id=3328238

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3D User Interfaces for Information Systems Based on UsiXML

1.

2. ITEA UsiXML project #08026, 2009-2012

3. Locate your sit in a stadium ITEA UsiXML project #08026, 2009-2012

4.

5.

6.

7.

8. 3D Rendering of a 2D GUI ITEA UsiXML project #08026, 2009-2012 VUITOOLKIT [Moli08]

9.

10. ITEA UsiXML project #08026, 2009-2012 Support for different representations Support for basic Haptic Interaction 3DUIs

11. Method Outline ITEA UsiXML project #08026, 2009-2012 Task and Domain Model Model to Model Abstract UI Model Model to Model Concrete UI Model Code Generation Final UI Control Task and Domain Model Physical Control Software Control Physical interaction object 2D 3D

12.

13.

14. Method Outline ITEA UsiXML project #08026, 2009-2012

15.

16. ITEA UsiXML project #08026, 2009-2012

17. ITEA UsiXML project #08026, 2009-2012

18.

19.

20. ITEA UsiXML project #08026, 2009-2012