Project Results CareWare Enhancing quality of life through wearable solutions

EXECUTIVE SUMMARY The ITEA project CareWare has generated innovative value-driven concepts in the form of durable versatile sensors that are mass producible, easy to integrate into production processes and deliver accurate information. These unobtrusive wearable business solutions can monitor and improve performance and care in sports and health domains respectively.

PROJECT ORIGINS Healthy living has become a crucial domain in a modern era dominated by scarce human resources and rising costs in caring for a growing and ageing population. Monitoring has thereby become an essential part of the solution. The issue that the CareWare project looked to address was how to incorporate digital service innovations to enable productivity enhancement by the optimal use of real-world assets such as novel textile integrated, wearable sensor solutions and novel mobile communication and platform solutions.

Wearing ‘intelligent’ clothes and following CareWare: electronic wearable sports and health solutions personalised guidance will enhance the health, quality of life, safety and efficiency of the user. appliances, time simulation and operational Three demonstrations revealed the impact of Sensors and actuators integrated in clothing or co-control of different subsystems, new sensor the technology in practice. A patient monitoring for use in wearable cyber-physical systems and integrations within the existing platform solutions, system in Belgium comprised patient and device ready-to-use platforms will provide personal health and support of novel methodologies to build IOT- registration that included a nurse garment with information. By making health monitoring as based service innovations in the market. push button, a patient garment with stretch easy as checking your watch, and combining the sensors, a body-worn camera showing hand monitoring with care and/or coaching services in a The common high-level architecture designed gestures and a nurse dashboard and alerting compelling way, not only will the user benefit but within the project is suitable for the integration of system. In France, an Aidé et Moi (AEM) scenario also the user’s social environment and society at (existing) sensor data technologies and real-time was demonstrated with a monitoring system for large. data processing. It allows appropriate methods the elderly at home. This employed a Software and techniques to be employed for analysing data as a Service coordination tool around the care TECHNOLOGY APPLIED from wearable sensors, such as a smartwatch app of elderly people for the professional, the family The CareWare project developed an open and for simulating a personal hub or the visualisation and the elderly person himself. This demonstrator common architecture reference model that of data from sensors on an Android application. featured the SmartBAN (Smart Body Area allows the introduction of new combinations and Good collaboration between the CareWare Network), an ETSI standard to which the CareWare integration of sensor technologies in textiles, partners resulted in improved confectioning project has made ongoing contributions. The third a reference model and open building blocks. techniques for electronic textiles and the use case was a sports pilot scenario in Lithuania The result is the development of a wide variety development of new materials and methods as that focused on physical fitness (functional state) of cooperative novel services, systems and well as technical product designs. evaluation, health promotion through physical CareWare 13034 activity for healthy persons, planning and control The methodology and architecture for collecting of the training process for professional sportsmen and processing data for wearable intelligence is Partners and women, safe patient exercising and motivation being exploited by Sirris, for example through Belgium to exercise. advisory services to support companies in building Alsico High Tech intelligent wearable products and in dedicated Centexbel MAKING THE DIFFERENCE knowledge transfer activities to industry. Eolane CareWare successfully demonstrated the has used the results to boost sales of Picogateway Esperity combination of textile-embedded sensing and LoRa products and NXP has developed a new NXP Semiconductors body area networking with cloud applications IC sensor (NTAG SmartSensor NHS3153), an Sirris as well as the integration of printed sensors in integrated sensor and radio on single node. SoftKinetic textiles, connected to dedicated electronic sensor Similarly, Televic has integrated a nurse call Televic front-ends and communication. CareWare has button as a personal hub in clothing as a gateway contributed to the development of technology for transferring measurements of sensors. The France for smart textiles and while additional work CareWare budget also enabled IMT to kick-start two Eolane and developments are necessary to bring these start-ups, Emiota and Boudoir de Marie, the latter Institut Mines-Télécom solutions to maturity, several of the technologies to produce customised clothes for elderly people Santech developed in CareWare have been exploited. For aimed at helping them accept technical products instance, the highly durable conductive yarn that and systems. Lithuania incorporates electronic modules manufactured by Audimas Alsico. Another example is a textile with printed The health, quality of life, safety and efficiency Kaunas University of Technology electronic tracks produced by Centexbel. It is of the user will be enhanced simply by wearing washable to 30°C, stretchable, bendable, allows ‘intelligent’ clothes and following personalised Lithuanian Sports University freedom of design and is suitable for multiple guidance. The resulting savings from lower costs Optitecha applications in EMI shielding, signal transfer of of care and more efficient working hours will electronics on textiles and powering electronics on be considerable and provide more significant textiles. opportunities for the companies that use CareWare Project start results. January 2015

Project end MAJOR PROJECT OUTCOMES January 2018 Dissemination ƒƒFUTEX: Marcq en Baroeul 18 & 19 January 2017 ƒƒFashion Tech Days Uptex Roubaix 19 & 20 January 2017 Project leader ƒƒEuropean Congress on Innovations in Textiles for Healthcare, 20 April 2017 Jean-Jacques Busson, Eolane ƒƒcEDM workshop: merging of Textile and Electronics @ Televic, 9 June 2017 ƒƒSmart textiles Salon 18 October 2017 Project email ƒƒDIF: Amsterdam 10 &11 May 2017 [email protected]

Exploitation (so far) Project website New products: http://www.careware-itea.eu/ ƒƒNxH2281 BAN radio ƒƒIntegrated 3D camera with gesture recognition ƒƒGateway between BLE and LAN ƒƒECG registering shirts ƒƒTextile integrated push button ƒƒGateway between BAN and BLE ƒƒGateway between BLE and LoRa New systems: ƒƒActivity recognition integrated in CW backend ƒƒLoRa gateway deployment Standardisation ƒƒDemonstration during ETSI SmartBAN/SmartM2M joint meeting (Sophia-Antipolis, 9 November 2017) ƒƒCareWare contributions to SmartBAN ETSI standards

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