Summary
RAPID-MIX brings together 3 leading research institutions with 4 dynamic creative industries SMEs and 1 leading wearable technology SME in a technology transfer consortium to bring to market innovative interface products for music, gaming, and e-Health applications.
RAPID-MIX uses an intensely user-centric development process to gauge industry pull and end-user desire for new modes of interaction that integrate physiological human sensing, gesture and body language, and smart information analysis and adaptation. Physiological biosignals (EEG, EMG) are used in multimodal hardware configurations with motion sensors and haptic actuators. Advanced machine learning software adapts to expressive human variation, allowing fluid interaction and personalized experience.
An iterative, rapid development cycle of hardware prototyping, software development, and application integration accelerates the availability of advanced interface technologies to industry partners. An equally user-centric evaluation phase assures market validation and end-user relevance and usability, feeding back to subsequent design cycles and informing ultimate market deployment.
The RAPID-MIX consortium leverages contemporary dissemination channels such as crowd funding, industry trade shows, and contributions to the DIY community to raise awareness across the professional and consumer landscapes of novel interface technologies.
Project output is encapsulated in an Open Source RAPID-API exposing application level access to software libraries, hardware designs, and middleware layers. This will enable creative partner SMEs to build a new range of products called Multimodal Interactive eXpressive systems (MIX). It also allows broader industries such as quantified self, and DIY communities, to use the API in their own products in cost effective ways. This assures the legacy of RAPID-MIX and marks its contribution to European competitiveness in rapidly evolving markets for embodied interaction technologies.
RAPID-MIX uses an intensely user-centric development process to gauge industry pull and end-user desire for new modes of interaction that integrate physiological human sensing, gesture and body language, and smart information analysis and adaptation. Physiological biosignals (EEG, EMG) are used in multimodal hardware configurations with motion sensors and haptic actuators. Advanced machine learning software adapts to expressive human variation, allowing fluid interaction and personalized experience.
An iterative, rapid development cycle of hardware prototyping, software development, and application integration accelerates the availability of advanced interface technologies to industry partners. An equally user-centric evaluation phase assures market validation and end-user relevance and usability, feeding back to subsequent design cycles and informing ultimate market deployment.
The RAPID-MIX consortium leverages contemporary dissemination channels such as crowd funding, industry trade shows, and contributions to the DIY community to raise awareness across the professional and consumer landscapes of novel interface technologies.
Project output is encapsulated in an Open Source RAPID-API exposing application level access to software libraries, hardware designs, and middleware layers. This will enable creative partner SMEs to build a new range of products called Multimodal Interactive eXpressive systems (MIX). It also allows broader industries such as quantified self, and DIY communities, to use the API in their own products in cost effective ways. This assures the legacy of RAPID-MIX and marks its contribution to European competitiveness in rapidly evolving markets for embodied interaction technologies.
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More information & hyperlinks
| Web resources: | https://cordis.europa.eu/project/id/644862 |
| Start date: | 01-02-2015 |
| End date: | 31-01-2018 |
| Total budget - Public funding: | 2 682 586,25 Euro - 2 330 004,00 Euro |
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Original description
RAPID-MIX brings together 3 leading research institutions with 4 dynamic creative industries SMEs and 1 leading wearable technology SME in a technology transfer consortium to bring to market innovative interface products for music, gaming, and e-Health applications.RAPID-MIX uses an intensely user-centric development process to gauge industry pull and end-user desire for new modes of interaction that integrate physiological human sensing, gesture and body language, and smart information analysis and adaptation. Physiological biosignals (EEG, EMG) are used in multimodal hardware configurations with motion sensors and haptic actuators. Advanced machine learning software adapts to expressive human variation, allowing fluid interaction and personalized experience.
An iterative, rapid development cycle of hardware prototyping, software development, and application integration accelerates the availability of advanced interface technologies to industry partners. An equally user-centric evaluation phase assures market validation and end-user relevance and usability, feeding back to subsequent design cycles and informing ultimate market deployment.
The RAPID-MIX consortium leverages contemporary dissemination channels such as crowd funding, industry trade shows, and contributions to the DIY community to raise awareness across the professional and consumer landscapes of novel interface technologies.
Project output is encapsulated in an Open Source RAPID-API exposing application level access to software libraries, hardware designs, and middleware layers. This will enable creative partner SMEs to build a new range of products called Multimodal Interactive eXpressive systems (MIX). It also allows broader industries such as quantified self, and DIY communities, to use the API in their own products in cost effective ways. This assures the legacy of RAPID-MIX and marks its contribution to European competitiveness in rapidly evolving markets for embodied interaction technologies.
Status
CLOSEDCall topic
ICT-22-2014Update Date
27-10-2022
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H2020-EU.2.1.1. INDUSTRIAL LEADERSHIP - Leadership in enabling and industrial technologies - Information and Communication Technologies (ICT)
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