3d Virtual Environments » prototype http://3dvirtualenvironments.com Simulations and Software Videos Fri, 18 May 2012 14:19:37 +0000 en hourly 1 http://wordpress.org/?v=3.2.1 3D interactive prototype for usability testing: augmented Digital Karnak 3D, UNIGE (3) http://3dvirtualenvironments.com/3d-interactive-prototype-for-usability-testing-augmented-digital-karnak-3d-unige-3/ http://3dvirtualenvironments.com/3d-interactive-prototype-for-usability-testing-augmented-digital-karnak-3d-unige-3/#comments Thu, 05 Jan 2012 20:05:42 +0000 virtualted http://3dvirtualenvironments.com/3d-interactive-prototype-for-usability-testing-augmented-digital-karnak-3d-unige-3/ Continue reading →]]>

Augmenting 3D virtual environments with non-geometrical information improves our understanding of geometrical objects and links between objects in order to perform tasks which require non-geometric information and a 3D scene at the same time. Many interactive presentation techniques have been devised to incorporate non-geometric information into 3D virtual environments. Our main objective is to create an evaluation grid to be used for comparing the usability of techniques according to the information to display, the geometrical context and the task. In this article, we present an evaluation framework that we have developed in order to perform usability tests. These tests will let us fill-in the evaluation grid for the representation techniques of non-geometric information.

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]]> http://3dvirtualenvironments.com/3d-interactive-prototype-for-usability-testing-augmented-digital-karnak-3d-unige-3/feed/ 0 3D interactive prototype for usability testing: augmented Digital Karnak 3D, UNIGE (1) http://3dvirtualenvironments.com/3d-interactive-prototype-for-usability-testing-augmented-digital-karnak-3d-unige-1/ http://3dvirtualenvironments.com/3d-interactive-prototype-for-usability-testing-augmented-digital-karnak-3d-unige-1/#comments Tue, 29 Nov 2011 12:08:20 +0000 virtualted http://3dvirtualenvironments.com/3d-interactive-prototype-for-usability-testing-augmented-digital-karnak-3d-unige-1/ Continue reading →]]>

Augmenting 3D virtual environments with non-geometrical information improves our understanding of geometrical objects and links between objects in order to perform tasks which require non-geometric information and a 3D scene at the same time. Many interactive presentation techniques have been devised to incorporate non-geometric information into 3D virtual environments. Our main objective is to create an evaluation grid to be used for comparing the usability of techniques according to the information to display, the geometrical context and the task. In this article, we present an evaluation framework that we have developed in order to perform usability tests. These tests will let us fill-in the evaluation grid for the representation techniques of non-geometric information.

]]> http://3dvirtualenvironments.com/3d-interactive-prototype-for-usability-testing-augmented-digital-karnak-3d-unige-1/feed/ 0 3D interactive prototype for usability testing: augmented Digital Karnak 3D, UNIGE (2) http://3dvirtualenvironments.com/3d-interactive-prototype-for-usability-testing-augmented-digital-karnak-3d-unige-2/ http://3dvirtualenvironments.com/3d-interactive-prototype-for-usability-testing-augmented-digital-karnak-3d-unige-2/#comments Sun, 23 Oct 2011 04:49:42 +0000 virtualted http://3dvirtualenvironments.com/3d-interactive-prototype-for-usability-testing-augmented-digital-karnak-3d-unige-2/ Continue reading →]]>

Augmenting 3D virtual environments with non-geometrical information improves our understanding of geometrical objects and links between objects in order to perform tasks which require non-geometric information and a 3D scene at the same time. Many interactive presentation techniques have been devised to incorporate non-geometric information into 3D virtual environments. Our main objective is to create an evaluation grid to be used for comparing the usability of techniques according to the information to display, the geometrical context and the task. In this article, we present an evaluation framework that we have developed in order to perform usability tests. These tests will let us fill-in the evaluation grid for the representation techniques of non-geometric information.

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