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Web Links for Researchers: Technologies
This list is a compilation of many assistive technology projects and
papers.
Commercially available products
Research Projects
Papers (for projects with no corresponding
web site)
See also Research
Resources (data about elders)
Related technologies
Because we do not want to seen as endorsing specific products,
we include only links to sites that provide indices.
- Able Data. This searchable
database contains information on more than 29,000 assistive
technology products, from white canes to voice output
programs. Their factsheets also provide overviews of classes of devices.
- Technologies
for Independence. This site presents an overview of the changes
that normally occur with aging, disabling conditions, how people
cope with them, and the types of technologies available to help. It
includes links to vendors and other organizations addressing the
topics.
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- The Adaptive
House
A University of Colorado project developing a home that
essentially programs itself by observing the lifestyle and desires of
the inhabitants, and learning to anticipate and accommodate their
needs. The system controls basic residential comfort systems -- HVAC
(heating, ventilation, and air conditioning), water heater, and
interior lighting.
- Assisted
Cognition
A University of Washington project aiming to create
novel computer systems that will enhance the quality of life of people
suffering from Alzheimer's Disease and similar cognitive disorders.
- ASTRID The ASTRID Guide
provides information, discussion and guidelines on how assistive
technology can be included within dementia care services.
- AwareHome
The
Aware Home Research Initiative (AHRI) at Georgia Institute of
Technology is a focused research program, whose goal is to develop the
requisite technologies to create a home environment that can both
perceive and assist its occupants.
- The British
Columbia Institute of Technology Health Technology Team
BCIT
develops and evaluates technologies to help people who have been
injured or disabled lead more independent lives. Gerontology is one of
their research foci.
- The Center
for Future Health
This University of Rochester center is a
cross-disciplinary research effort to develop interactive technology
for home health care.
- Custodian
Custodian is a Europen project to enable access to technology and services
for disabled and elderly people and use information and communication
technologies to improve the quality, effectiveness and efficiency of
services which support independent living.
- Defie (Disabled and Elderly people Flexible Integrated Environment)
A multimedia, integrated system that allows the elderly and motor
and/or sensory impaired people to command and control domestic and
working environments with a high degree of self-sufficiency and
safety. 1993 to 1996.
-
EasyLiving Project.
A ubiquitous computing project of the
Vision Group at Microsoft Research. EasyLiving is developing a
prototype architecture and technologies for building intelligent
environments.
- Elite-Care
Elite-Care is a small compmany that designs, builds, and runs high-tech
retirement homes in Oregon. This article describes the technology
behind Elite-Care: Using
Pervasive Computing to Deliver Elder Care, IEEE Pervasive
Computing, 1(1):10-13, January-March 2002
-
Gloucester Smart House
This U.K. project is developing
technology that will be able to support people with dementia and their
caregivers in their own homes.
- Guardian Angel
Guardian
Angel is a project in 1994 to put power and responsibility for health
care more into the hands of patients by providing tools to collect and
manage their health data, to educate them about health conditions, to
help them manage your own treatment, and to enable them to communicate
more effectively with health care providers.
- HAL: The Next
Generation Intelligent Room
This MIT AI lab project is a highly
interactive environment that uses embedded computation to observe and
participate in the normal, everyday events occurring in the world
around it. They are working towards creating rooms that listen to you
and watch what you do; rooms you can speak with, gesture to, and
interact with in other complex ways.
- House_n:
the Home of the Future
This MIT Architecture project is focused
on how the home and its related technologies, products, and services
should evolve to better meet the opportunities and challenges of the
future. Research projects include home design, home control and
behavioral monitoring.
- Institute on
Aging
The faculty of the Institute on Aging conduct and
facilitate aging-related research, education and service at the
University of Florida.
- Intelligent
Home Project
This University of Massachusetts project researches
multi-agent systems in the context of managing a simulated intelligent
environment. The primary research focus is on resource coordination,
e.g. managing the hot water supply.
- Medical Automation
Research Center
The MARC, based at the University of Virginia,
is developing automation and robotic systems to reduce the cost and
improve the quality of health care. Projects include a smart in-home
monitoring system and an intelligent walker.
- NurseBot
This joint
project between Carnegie Mellon University and the University of
Pittsburgh is developing mobile, personal service robots that assist
elderly people suffering from chronic disorders in their everyday life.
- Oxygen
This MIT
ubiquitous computing project aims at bringing pervasive, human-centered
computing into every aspect of our lives. Intelligent perception and
intuitive user interfaces are some of the technologies that may aid
elder independence.
- Rehabilitation
Engineering Research Center (RERC) on Aging
This University at
Buffalo center focusses on creating useful assistive devices for the
elderly, and provides dissemination and technical assistance to all
appropriate audiences.
-
Safe at Home
This British project was established to look
closely at the potential of new technologies in helping to meet the
needs of people with dementia in their own homes, in conjunction with
other home care services. One report describes an experiment to measure
whether equipment would play a part in helping elders maintain
independence.
-
Sincere Kourien
This high-tech retirement home in Japan, run by
Matsushita Electrics, features robot bears that watch over the elderly
residents. The bears monitor patients' response times to spoken
questions. They record how long the elders spend performing various
tasks, before relaying conclusions to staff or alerting them to
unexpected changes. Matsushita also develops smart
home technology (see also this article).
- Smart
Homes
This U.K. project is evaluating the use of home
automation and assistive technologies in affordable and social housing.
- Smart Homes
Foundation
Based in the Netherlands, the Smart Homes
Foundation is a new internationally oriented platform for
promoting smart home technology. Various aspects of smart
homes, such as technical infrastructure, software & hardware,
applications and marketing issues, as well as societal impacts
will be highlighted. The site is aimed at both users of smart
home technology and developers of smart homes and smart home
technologies.
- University Memory
and Aging Center
This Cleveland-based organization promote the
best possible care for persons with memory problems and their families,
through clinical services, education, and technology research.
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These papers do not have corresponding project
pages. If multiple papers were published by the same group, we only
list one representative example.
- Andrade and Kinsella, 1999. " Personal
Status Monitoring in the Home"
- Bandinelli and Saba, 1998. "
Le Richerche Svolte Nei Progetti Della Unione Europea", or an
English translation: The
Searches Carried out in the Plans of the European
Union". Gerontechnology - Second International
Conference 1998.
- Burmester et al, 1997, "
HEPHAISTOS -- A Personal Home Assistant". Conference on Human
Factors in Computing Systems - ACM/SIGCHI.
- Celler, Lovell and Chan, 1999. "The
potential impact of home telecare on clinical practice". Medical
Journal of Australia 1999; 171: 518-521. See also a set of
slides.
- Chan et al, 1998, "Remote Monitoring
System to Measure Indoors Mobility and Transfer of the
Elderly". Proceedings of the 3rd TIDE congress.
- Demiris et al, 2000. "A Questionnaire for the Assessment of
Patients' Impressions of the Risks and Benefits of Home Telecare",
Telemedicine and Telecare, 6(2000):278-284.
- Dewsbury et al, 2001. "Designing Safe Smart Home Systems for
Vulnerable People". Dependability and Healthcare Informatics
Workshop.
- Glascock and Kutzik, 2000. Behavioral Telemedicine: A New Approach to the Continuous
Nonintrusive Monitoring of Activities of Daily
Living. Telemedicine, 6(1):2000:33-44.
- Huberman and Clearwater, 1995, "A
Multi-Agent System for Controlling Building
Environments". Proceedings of the International Conference on
MultiAgent Systems (ICMAS), pp 171-176.
- Inada et al, 1992. "A study on a home care support information
system", Proceedings of the Seventh World Congress on Medical
Informatics, pp 349-353.
- Johnson and Andrews, 1996. "Remote continuous physiological
monitoring in the home", Journal of Telemedicine and
Telecare. 2(2):107-113.
- Lehto, 1998. "Smart House Features in the Homes of Elderly - An End
User Oriented Approach". Conference on Computers Helping People (ICCHP) '98.
- Leikas et al, 1998. "Security Alarm System Supports Independent
Living of Demented Persons", Proceedings of Gerontechnology Second
International Conference, pp 402-405.
- Magnusson et al, 1997, "ACTION -- Assisting
Carers using Telematics Interventions to meet Older persons'
Needs" 3rd TIDE Congress 1998
- Manders and Dawant, 1996. "Data
Acquisition for an Intelligent Bedside Monitoring System"
- Richardson et al, 1993. "Supporting Independent Living through
{Adaptable Smart Home (ASH)} Technologies", Human Welfare and
Technology: Papers from the Human Service Information Technology
Applications (HUSITA) 3 Conference on Information Technology and the
Quality of Life and Services, pp 87-95.
- Sixsmith, 2000. "An evaluation of and intelligent home monitoring
system." Journal of Telemedicine and Telecare. 6(2000):63-72.
- Tang, 2000. "Smart Homes and Telecare for Independent Living",
Journal of Telemedicine and Telecare, 6(2000):8-14.
- Togawa, 1992. "Physiological monitoring techniques for home
health care", Biomedical Sciences and
Instrumentation 28(1992):105-110.
- Warren, Craft and Bosma, 1999. "
Designing Smart Health Care Technologies into the Home of the
Future", Workshop on Home Care Technologies for the 21st
Century.
- Wilson et al, 2000. "Building the hospital without walls: A CSIRO
home telecare initiative", Telemedicine 6(2):275-281.
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