EASYLINE+: LOW COST ADVANCED WHITE GOODS FOR A LONGER
Submitting Institution
Glyndŵr UniversityUnit of Assessment
Computer Science and InformaticsSummary Impact Type
TechnologicalResearch Subject Area(s)
Information and Computing Sciences: Artificial Intelligence and Image Processing, Information Systems
Technology: Communications Technologies
Summary of the impact
Glyndŵr researchers designed and developed ambient user interface devices
and middleware (known as the `E-servant'), and evaluated the completed
system, on an FP6 project developing near-to-market-ready prototypes of
advanced kitchen appliances. Functionality included sensors in
refrigerators that communicated if the door had been accidentally left
open; in washing machines, RFID chips identified laundry and automatically
selected correct programmes; other appliances, along with further sensors
(e.g. smoke alarms) communicated their status via the E-servant to
personalised user interfaces. Users could control the appliances, monitor
them, and receive timely notifications. Impact relates to benefits to
industrial partners and public engagement with research.
Underpinning research
Research enabling the impact described in this case study was based on
the researchers' expertise in the fields of human computer interaction and
networking. This expertise led to Glyndŵr University researchers being
invited to join the FP6 funded EasyLine+ project (FP6 Contract Number
045515, 2007-2010), with BSH Electrodomesticos Espana S.A. (a subsidiary
of Siemens) as the lead industrial partner. The overall aim of the
EasyLine+ project was to develop a range of intelligent kitchen
appliances, for use in particular by elderly or disabled people. Glyndŵr's
specialist role was to develop the device interfaces, especially those
allowing remote control.
Glyndŵr researchers working on Easyline+ conducted a number of laboratory
and field- based usability studies between 2007-2010 which focused on a
range of user interface designs as well as the hardware platforms (mobile
interfaces, televisions, adapted digital photoframes etc.).The feasibility
of RFID in enclosed environments, such as refrigerators, was evaluated [refs.
1 and 3]. Electrical safety, electromagnetic compatibility and EC
certification tests have since been performed to validate sensors and
actuator devices to be put into the production process. Glyndŵr researched
the feasibility of utilizing powerline communications, RFID and Zigbee
technologies in a smart home environment, all of which were subjected to
benchmark tests during the project. Quality of Life measures relating to
older and disabled people in the context of assisted living were
investigated and published. A multi-agent architecture was applied
incorporating all of these aspects [ref. 4]. During the research
and development process, a new methodology for designing interfaces in an
ethical and user centred manner was developed [ref. 3]. A set of
new design principles for developing ambient user interfaces was also
proposed [ref. 2].
Names of the key researchers, dates employed
and positions they held at Glyndŵr University at the time of the research
are as follows:
Dr Richard Picking worked on the project throughout from 2007-10.
He was the `Technical Manager' responsible for overseeing the user
experience research, directing research assistants (RAs) H. Grout, Crisp,
and Robinet.
Professor Vic Grout worked on the project throughout. He was
`Project Manager' for Glyndŵr University. He was also responsible for the
project's network architectures, which utilized a range of technologies
(e.g. Wifi, Zigbee, powerline communication, RFID, Ethernet). He directed
RAs McGinn and Delgado.
Alexia Robinet (RA) worked on the project throughout. She
developed user interfaces and conducted user studies in Glyndŵr
University's usability laboratory.
Armando Roy Delgado (RA) worked on the project throughout. He
specialised in networking and communications technologies and implemented
the Easyline+ network architecture.
John McGinn (RA) worked on the project throughout. He designed and
developed the Easyline+ `E-servant'. This was the main control system
which communicated with the interfaces and monitored/controlled the
advanced kitchen appliances.
Helen Grout (RA) and Jodi Crisp (RA) worked on final
evaluation of the project from August-December 2009.
References to the research
These are available on request if required and not in the public domain.
1. Picking, R., Robinet, A., McGinn, J., Grout, V., Casas, R. &
Blasco, R. (2011), "The Easyline+ Project: Evaluation of a User Interface
Developed to Enhance Independent Living of Elderly and Disabled people", International
Journal of Universal Access in the Information Society (Springer),
doi: 10.1007/s10209-011-0246-8
2. Picking, R., Grout, V., McGinn, J., Crisp, J. & Grout, H. (2010),
"Simplicity, consistency, universality, flexibility and familiarity: the
SCUFF principles for developing user interfaces for ambient computer
systems", International Journal of Ambient Computing and Intelligence,
Vol. 2, No. 3, pp.40-49. doi: 10.4018/jaci.2010070103
3. Picking, R., Robinet, A., Grout, V., McGinn, J., Roy, A., Ellis, S.
& Oram, D. (2010), "A case study using a methodological approach to
developing user interfaces for elderly and disabled people", The
Computer Journal, Vol. 53, No. 6, pp.842-859. doi:
10.1093/comjnl/bxp089
4. Roy Delgado, A., Blasco, R., Marco, A., Cirujano, D., Casas, R., Roy
Yarza, A., Grout, V. & Picking, R., (2010), "Agent-based AmI System
Case Study: The Easy Line + Project", Proceedings of the 8th
International Conference on Practical Applications of Agents and
Multi-Agent Systems (PAAMS 10), University of Salamanca,
Spain, 26-28 April 2010, pp157-164
Details of the impact
Glyndŵr researchers were named as inventors in 2 of the patents of BSH
Electrodomesticos Espana S.A from the project, in recognition of the
contributions arising from their research. These patent applications are:
- Grout, V. & Picking, R., "Assembly and Method for Monitoring at
Least One Household Appliance", (EP2302312 (A1) " 2011-03-30) European
Patent Office Patent No. 09382180.9 - 1266, 11th November 2009
(with others from the EU FP6 `EASYLINE+' project - Proprietor BSH
Electrodomesticos, Spain). [source a]
- Grout, V. & Picking, R., "Assembly and Method for Monitoring a Set
of Household Appliances", (EP2302605 (A1) " 2011-03-30) (Grout, V. &
Picking, R., with others from the EASYLINE+ project - Proprietor BSH
Electrodomesticos, Spain). [source b]
Evaluation of the challenges of installing RFID in enclosed environments
such as fridges and washing machines contributed to the "Design for all"
programme at BSH's central technology unit in Germany. In the Design for
all programme there is a vision that in a few years there will be
appliances that can be integrated in an intelligent house, including those
that users will be able to control and monitor on a display. Siemens (BSH)
was a partner in the Easyline+ consortium, and since then they have
developed further concepts in smart home technologies, for example a range
of Siemens smart homes appliance concepts which were exhibited at IFA
2012, the largest exhibition of consumer technology in Europe
http://itersnews.com/?p=11708. Some of the functionalities on show
were directly informed by Easyline+ (e.g. the Siemens `homeConnect'
system, which is very similar to the Easyline+ E-servant, and the
controlling of appliances with mobile/tablet remote devices). [source
c]
BSH Electrodomesticos has reported that the company learned valuable
lessons from the research that have impacted their strategy not to
implement the results of their project commercially until the technologies
improve in reliability and affordability in kitchen environments
(particularly RFID tagging and readers), and until these technologies
become more mainstream in consumer retail. [source d]
A BBC television news story enabled widespread public awareness of the
user interface concept developed by the Glyndŵr researchers and the
achievements of the research. [source e]
The Glyndŵr researchers contributed to STEM education in the region by
engaging with and visiting a number of high schools (6 in all -
names/dates available on request) to explain the purpose, conduct and
achievements of the EasyLine+ project in the context of future healthcare
technologies. The largest of these events was held at Glyndŵr in March
2011, when over 100 schoolchildren and their teachers were shown the
Easyline+ project as part of the BCS Computers at School conference
series. [source f]
Sources to corroborate the impact
a)
http://worldwide.espacenet.com/publicationDetails/biblio?DB=EPODOC&II=3&ND=3&adjacent=true&locale=en_EP&FT=D&date=20110330&CC=EP&NR=2302312A1&KC=A1
b)
http://worldwide.espacenet.com/publicationDetails/biblio?DB=worldwide.espacenet.com&II=0&ND=3&adjacent=true&locale=en_EP&FT=D&date=20110330&CC=EP&NR=2302605A1&KC=A1
c)`Pictures of The Future' (Fall, 2010), an industry magazine
published by Siemens,
http://www.siemens.com/innovation/apps/pof_microsite/_pof-fall-2010/_html_en/cooking-up-a-better-life.html
d) Fire and Radiation Protection Coordinator, BSH
Electrodomesticos Espana, S.A.
e) BBC news: http://news.bbc.co.uk/1/hi/wales/8093196.stm
f) Computers at School (CAS) with powerpoint presentation: "Say
`Aah' for the Computer: A look into Healthcare technologies of the future"
(presented to schools/colleges in 2011)
http://www.eventbrite.co.uk/e/inventing-the-future-cas-north-wales-and-cheshire-event-tickets-818382805
/ http://www.glyndwr.ac.uk/pickingr/CAS address 2011.pptx