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within the academic audience, specialised social networks such as Linked in and Research Gate will be
used.
3.2 Dissemination within the industry sector
The solutions developed within SUITCEYES will be of relevance for multiple industries including (but
not limited to) those interested in smart textiles, sensors, wearables, face and object recognition, and
assistive technologies. The project will result in knowledge and a prototype that will be relevant for
all these sectors. For example, as indicated elsewhere WP5 embraces the research, development and
production of soft, haptic, textile-based, personalized interfaces in a number of different prototype
generations. Textiles, being the class of material closest to humans playing a role in almost any human
activity provides benefits for haptic communication. Textiles, an inherently tactile material, will be
explored as an interface also for active, modulated communication using haptic signalling but also
employing other means such as temperature. The textile prototypes developed will not be restricted
to garments but also include solutions like cushions and interior textiles. Garments but also other
types of textiles are highly compatible with being personalized, sizes for different persons being the
obvious example here. This personalized perspective will be expanded and taken into account when
elaborating on the industrialisation of prototypes. Especially within T5.7 a case using 3D scanning of
an individual will be performed and production of a custom-made, personalized garment carried out.
“Smart textiles” means integration of technologies such as electronics and sensorics into and onto
textiles. But the very smartness, if interpreted as information handling, is often limited. Here we make
smart textiles with a high level of smartness by an elaborated information treatment and subsequent
transformation into haptic signals. Therefore, SUITCEYES project connects different branches of
industry – textiles, electronic, IT, assistive technologies with medical monitoring. Dissemination of
project results will be especially done in above industries in the countries of consortium partners. To
do this, the project’s haptic, intelligent, personalized interface (HIPI) solution will also be able to be
custom-made and in time, producible on an industrial scale.
Moreover, the SUITCEYES consortium consists of 5 European research institutions (HB, CERTH, HSO,
UNIVLEEDS, VU); a partner from industry producing cutting-edge and flexible solutions for people with
disabilities (HARPO); and a non-profit organisation that creates tactile illustrated books for visually
impaired children (LDQR). The respective areas of expertise of this group have been specifically
brought together to meet the demands and objectives of this project. The competencies of the
researchers in the project include: disability studies, social inclusion, sensor technologies, assistive
technologies, machine learning, image processing, objects and face recognition, knowledge
organisation and semantic representations, social media studies, haptics and psychophysics, smart
textiles, gamification, and affective computing. Accordingly, the academic partners have an extensive
academic and industrial network of contacts and collaborators in their related fields, and hence will
utilise those contacts towards disseminating project results within those fields. The non-academic
partners have also established network of contacts and will be able to communicate and disseminate
the project outcomes with the user-group and other related stakeholders, among others industrial