Overview
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ABSTRACT
This article describes how new technologies can be applied to the design of products so as to accelerate the early phases of the design process (from ideation to validated but not yet industrialized concepts), with a focus on collaboration in a virtual environment. First it presents the importance of human factors, and in particular of user experience when implementing these technologies. It then looks at the hardware and software that make possible a satisfactory virtual experience, and can be applied to collaborative design. This is then detailed, before concluding and opening up some perspectives.
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Read the articleAUTHORS
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Simon RICHIR: University Professor - Arts et Métiers ParisTech, LAMPA (Angers, France)
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Olivier CHRISTMANN: Senior Lecturer - Arts et Métiers ParisTech, LAMPA (Angers, France) - This article is an updated reprint of the article [AG 2 520] entitled "Réalité virtuelle et conception – Principles and applications" published in 2003, written by Philippe FUCHS & Simon RICHIR.
INTRODUCTION
By nature, the design engineer imagines and anticipates solutions before being able to apprehend them more formally by means of prototypes, and then with the final product. It is during this ideation and design phase that the engineer will produce numerous artefacts for evaluation, resulting in a final product that is no different from the one imagined.
For a long time, these intermediate representations were costly physical models, the production of which slowed down the design process. The "digital mock-up", often produced by CAD (Computer-Aided Design) software, makes it possible to evaluate these intermediate representations, thus avoiding the need for physical representations. However, digital mock-ups offer little or no user interactivity.
Virtual and augmented reality technologies give companies control over real time and open up new perspectives:
multiplication of choices, architectures, combinations, colors ;
integration of end-users into the design team (thanks to interactive simulation, they can evaluate the future product intended for them);
staging of products in different environments, comparison with competing products ;
collaborative engineering with other professions, other cultures or other countries, with a common working language: the interactive image;
all industry sectors are concerned: construction, automotive, medical, engineering, trade, aeronautics, oil...
Since the early 2000s, the market for Virtual Reality (VR) and Augmented Reality (AR) technologies has been booming, driven today by consumer electronics manufacturers, which has driven prices down, while at the same time significantly improving the technical capabilities of hardware.
At the same time, the rapid development of crowdfunding platforms has led to the emergence of original materials.
A case in point is the Oculus Rift immersive headset, whose first version was launched in 2012 via the Kickstarter platform and offered a product whose price was 10 times lower than models on the market at the time. Two years later, the company was acquired by Facebook for an estimated $2 billion.
The example of the Oculus Rift is far from isolated. In an original move, these consumer electronics manufacturers are now turning to the enterprise, such as the HTC Group (maker of smartphones and the Vive virtual reality headset), which in April 2016 announced a strategic partnership with Dassault Systèmes.
In the corporate world, and particularly in large groups, virtual reality initially...
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KEYWORDS
virtual reality | augmented reality | collaborative design | user experience
CAN BE ALSO FOUND IN:
Home Industrial engineering Industry of the future Virtual and Augmented Reality for Collaborative Design
Home Industrial engineering Design and production Virtual and Augmented Reality for Collaborative Design
Home Mechanics Material processing - Assembly Virtual and Augmented Reality for Collaborative Design
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Additive manufacturing -3D printing
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Virtual Reality and Augmented Reality for collaborative design
Bibliography
Software tools
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Autodesk 2017 3ds Max and Maya,
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Light and Shadows 2016 PiXYZ
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Websites
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Microsoft Holoportation
https://www.microsoft.com/en-us/research/project/holoportation-3
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Part@ge project
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Events
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Laval Virtual, Salon International des Technologies et Usages, Exhibition: takes place every year in Laval
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Virtual Reality International Conference, Colloque: takes place every year in Laval, at the same time as Laval Virtual
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Standards and norms
- ISO Ergonomie de l'interaction homme-système Partie 210 : conception centrée sur l'opérateur humain pour les systèmes interactifs. - ISO 9241-210 - 2010
- ISO Exigences ergonomiques pour travail de bureau avec terminaux à écrans de visualisation (TEV) Partie 11 : lignes directrices relatives à l'utilisabilité. - ISO 9241-11 - 1998
Directories
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Manufacturers – Suppliers – Distributors (non-exhaustive list)
Virtual reality, augmented reality and mixed reality equipment
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ART Advanced Realtime Tracking
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