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Subtitle:
REACH2020 Deliverable D21
Title:

Personalised Intelligent Interior Units (PI²Us): List of requirements and functions report

Document type:
Report / Forschungsbericht
Author(s):
H. B. Andersen; H. Ehrari; J. D. Jessen; M. Yasuoka; R. T. Larsen; H. Langberg; T. Linner; J. Güttler; A. Kabouteh; R. Hu.; B. Schäpers; C. Krewer; G. v. Bakel; Y. Lu; M. Randriambelonoro
Abstract:
In REACH, WP5 focusses on identifying the requirements for the Personalized Interior Intelligent Units (PI²Us) and concrete functional elements that have to be integrated by the PI²Us based on the outcomes of WP1 (in particular the detailed analysis of the use-case). In order to simplify later on the modularization of the system where possible between different levels of relevance of both requirements and functions are distinguished. Furtherore, the selected requirements and functions are discus...     »
Keywords:
Requirements engineering, smart furniture, interior design, care equipment, hospital equipment, assistive furniture, smart homes for elderly, physical activity, active ageing, active and healthy ageing, AHA, healthy ageing, physical activation, assistive technology, ageing society, older persons, ageing societies, demographic change, age inclusive communities, age-friendly communities, age-friendly, personalised healthcare, early detection, early intervention, prevention, empowerment of older pe...     »
Project title:
REACH2020 - Responsive Engagement of the Elderly promoting Activity and Customized Healthcare
Horizon 2020:
690425
Contracting organization:
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 690425. The content of this report does not reflect the official opinion of the European Union. Responsibility for the information and views expressed in the report lies entirely with the authors.
Date of publication:
31.10.2017
Year:
2017
Language:
en
WWW:
http://reach2020.eu
Copyright statement:
TUM Institution:
Chair of Building Realisation and Robotics
DOI:
doi:10.14459/2017md1482711
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