Showing posts with label aging. Show all posts
Showing posts with label aging. Show all posts

Wednesday, March 15, 2017

Technology to Improve Seniors’ Lives

Technology to imrprove seniors' lives
Two concurrent trends—the shifting demographics toward an aging population and the emergence of dramatic new technologies—are converging to create an intensified focus on improving the quality of life for seniors.
“Outthink Aging,” a report from IBM and the Consumer Technology Association Foundation released in September 2016, outlines the challenges of meeting the needs of the aging population and addresses the potential for leveraging new technologies for seniors that will extend their independence while also helping them to  better manage everyday activities and connect more meaningfully with loved ones.
The demographic trends driving this need are global in nature and will intensify in the coming decades. By 2050, according to United Nations statistics cited in the report, more than one out of five people will be age 60 and older.
“Technology does not replace the human element, but it’s a tool that will enable the growing aging demographic and caregivers to better our lives as we age,” says Steve Ewell, executive director of the CTA Foundation.
The Consumer Technology Association, which represents more than 2,000 technology companies, launched the foundation in 2012 to focus on how technology can help older adults and people with disabilities. Its partnership with IBM, announced in January 2016, is a major step forward in fulfilling that mission. “New partnerships between industry, non-profits, academia, government, and the general public will form to accomplish these goals,” Ewell reports.

Independence with Technology

Research from AARP and others confirms that the vast majority of elders want to remain independent for as long as possible, and for many, this translates into a desire to remain in their homes. “Technology can be used to help people essentially augment their ability to age in place,” says Susann Keohane, Global Research Leader, Strategic Initiative on Aging at IBM.
From a caregiving perspective, technology allows caregivers to stay on top of their parent’s needs—for instance, with connected devices and ambient sensors that can help provide valuable information on how well someone is going about their day by monitoring changes in the environment around them.
“This is not meant as a replacement for human care,” Keohane stresses, “but as a means of providing more insightful information that will allow someone to better care for their loved one or their elder client.”
Technology also has the ability to identify signs that a transition to another type of living environment is warranted. “A lot of these major transitions that occur in life happen from an emotional standpoint—i.e., ‘Mom, I’m worried about you, you’re alone, what if something happens?” Keohane observes. “Technology allows you to get a more analytic view.”

Addressing Senior Concerns

“Outthink Aging” defines four essential aspects reflecting the core desires of an aging population as they relate to living an independent life:
  • Health: access to high-quality healthcare and services that encourage physical/cognitive health
  • Connection: staying connected with family, friends and the community
  • Security: protection against theft and financial fraud, while also having personal safety in the home
  • Dignity and independence: which includes striking a balance between the desire for privacy and the need for support
As a means of addressing those four issues, one area that’s getting attention is the Internet of Things—or IoT—which is a collective term to describe devices that are able to send and receive data. As an example, Ewell cites devices in the home that can be used to control lighting, the thermostat, and security through phone, voice control or another type of interaction.
“One of the exciting things about these technologies is that the are not necessarily being designed to address aging specifically; they’re general consumer technologies that happen to have features that can create greater independence for someone who’s older or has a disability,” Ewell explains.
One benefit of cognitive technology is the ability to help individuals stay secure, Ewell explains. “For instance, if someone wakes up in the middle of the night and they are worried—‘Did I close the garage door or lock the front door?’—these devices can control or confirm that it’s taken care of.”
Such technology also can be helpful for caregivers who need affirmation that everything is all right in the loved one’s home. However, Ewell cautions, “It needs to be done with the right degree of privacy, so that it’s really a benefit to the older adult and not just a matter of keeping watch.”
Combined with cognitive computing, IoT also can be useful in an assisted living setting. To gain more insights into this, IBM and the Avamere Family of Companies recently announced a six-month research study that will apply the power of IBM cognitive computing to improving eldercare at Avamere’s senior living and health centers. By analyzing data streaming from sensors, Avamere hopes to identify risks and gain insights with the goal of minimizing hospital readmission rates.

An Intriguing Future

As part of its continuing partnership, the CTA Foundation and IBM have undertaken a new joint initiative: self-driving transportation. Joining them in this endeavor is a third partner, Local Motors, which launched Olli in 2016 as the world’s first cognitive self-driving vehicle powered by IBM Watson technology. The partners are working together to crowd-source new cognitive technology solutions to support this initiative.
Concerns about driverless safety and accessibility are already being addressed. “Many of the vehicles developed today have a wide array of built-in sensors that enable the vehicles to be aware of challenges from other vehicles on the road,” Ewell reports. “These advanced sensors, and the fast reaction times of the vehicles, allow self-driving vehicles to be more likely to identify and avoid potential issues than human drivers.”
For an elderly population, Ewell observes that there may be opportunities to change the driver role into one of a concierge or assistant who can help with passengers’ specific needs.
This is just one of many intriguing technologies that have potential for improving older people’s lives. As Keohane observes, the challenges of aging come primarily from a loss of ability over time. “Those of us who are working on these issues have an accessibility background. We know how to make technology work for people who have disabilities. In the case of elders whose abilities are changing, we can help them with technology that meets them where they’re at in life.”

Thursday, March 14, 2013

AT&T's mobile personal emergency response system will provide fall detection for seniors and allow them to connect with caregivers using machine-to-machine technology

AT&T is developing a mobile personal emergency response system (MPERS) to help elderly people when they fall. The platform will use GPS functionality and machine-to-machine (M2M) technology to connect patients remotely to medical professionals at monitoring centers.
 

The company is collaborating with Valued Relationships, Inc. (VRI) and Numera on the service. VRI provides telehealth monitoring and medical alert systems to seniors, the chronically ill and patients with disabilities. Numera manufactures a Libris MPERS device that works with monitoring software to remotely manage two-way voice, automatically detect falls and track seniors' location.

"With the MPERS mobility solution AT&T is developing, older people will be able to live independently but know that they are only seconds away from assistance if the need arises," Dr. Geeta Nayyar, AT&T's chief medical information officer, said in a statement.

AT&T will offer the MPERS as a managed service as well as provide wireless connectivity and sales, marketing and customer support.

Announced on March 4, the MPERS use two-way wireless voice communication to allow patients and caregivers to connect using the MPERS. The platform is designed for elderly people with disabilities, those prone to falls and people that need emergency connectivity to caregivers while still living independently.

One out of three adults ages 65 and older fall each year, according to the Centers for Disease Control and Prevention, and 20 to 30 percent of falls result in moderate to severe injuries, including lacerations, hip fractures or head traumas.

The wireless company will market the service to nursing agencies, day care services and home health care providers.

AT&T demonstrated the MPERS platform in New Orleans at the HIMSS13 conference, organized by the Healthcare Information and Management Systems Society (HIMSS).

The MPERS device's GPS functionality will report on a patient's location every 3 to 5 minutes, said Eleanor Chye, assistant vice president for AT&T ForHealth, told eWEEK in an email.

"Should a person fall while wearing the sensor, built-in technology will detect it and automatically alert a monitoring call center," said Chye. "A professional from the call monitoring center will reach out to the individual through instant two-way wireless voice communication on AT&T's network."

Several wireless devices on the market can help seniors when they fall. They include iLoc Technologies' TriLoc Personal Locator Device and the Philips Lifeline GoSafe MPERS.

"When falls and acute medical events (such as heart attacks or strokes) occur, each second that passes matters," said Chye. "Individuals need to be able to immediately alert emergency services and their caregivers when these critical moments happen."

AT&T also worked with VRI to develop a remote-monitoring platform (RPM), which went to market in September 2012. The RPM allows nurses at VRI's telemonitoring facility to monitor patients' vital data, including blood pressure, weight and pulse.

"Having access to additional data through the end-to-end RPM solution, such as a patient's blood sugar levels, weight, and blood pressure, could give providers invaluable information about what triggered the fall," Chye said.

The two platforms could work together to "help provide a clearer picture of what's really going on with a patient when they are outside the four walls of a hospital," said Chye.

Brian T. Horowitz is a freelance technology and health writer as well as a copy editor. Brian has worked on the tech beat since 1996 and covered health care IT and rugged mobile computing for eWEEK since 2010. He has contributed to more than 20 publications, including Computer Shopper, Fast Company, FOXNews.com, More, NYSE Magazine, Parents, ScientificAmerican.com, USA Weekend and Womansday.com, as well as other consumer and trade publications. Brian holds a B.A. from Hofstra University in New York.Follow him on Twitter: @bthorowitz

Tuesday, February 19, 2013

Hidden system makes it easier for elderly people to live at home

 

Wonderwalls

The wall panel LISA assists elderly people.
Where are my reading glasses? The wall panel "LISA" assists elderly people. (Photo: U. Benz / TUM)
14.02.2013, Research news
In the future, home-assisted living for the elderly could take a very unusual form. Researchers have developed a system that can track down reading glasses or the front door key, analyze health data, and contact a physician or a call-out service. And the technology to do all this would be embedded in the walls. A smart entrance hall system will be unveiled at the Munich Creative Business Week event on February 20. Custom-designed models for other rooms are already in the pipeline.
Most senior citizens would prefer to live in their own homes for as long as possible. But memory loss and restricted mobility can lead to problems. Items like glasses or the phonebook disappear into thin air, or seniors can find themselves on the wrong side of a locked door after a trip to the shops. Many seniors end up unwilling to set foot outside the door, wary of their ability to get around or simply worried about the weather.

To alleviate these problems, researchers from Technische Universität München (TUM) and partners from the business world have designed a wall panel to assist the elderly in their own homes. A tablet computer is mounted in the wall and this provides a one-stop-shop for all the information they need. The weather forecast, bus timetables, family phone numbers and more can be accessed with a few simple taps on the screen.
Indoor positioning system can locate reading glasses
The prototype was designed for an entrance hall area and looks like a wardrobe. But this is no ordinary wardrobe. Thanks to its smart technology, it can issue a warning if the apartment’s occupant has not taken the front door key from the keyholder when they open the front door. The wall can keep track of other items that are often mislaid, too. It controls an “indoor positioning system” that can locate a pair of glasses, for example.

If the occupant is not feeling well, biosensors can measure key vital signs like blood pressure and blood sugar level. The system can then issue recommendations − from a spot of exercise to a dose of medication. If the smart wall detects a critical health problem, it will contact a physician or a mobile nursing service. These healthcare professionals could also connect to the terminal to regularly check the elderly person’s health status. The terminal could also be linked to shopping or transport service providers.

The wall unit would also handle building automation functions. An integrated air conditioning unit would keep fresh air circulating if the occupant forgets to air the apartment.
Robot brings shopping basket to the kitchen
The researchers’ long-term aim is to design similar wall panels for every room. In the kitchen, the smart wall could monitor the stovetop or make meal preparation easier with height-adjustable cupboards. A small assistant in the form of a mobile robot could move between the hallway and the other rooms. It would be able to carry a shopping basket and bring it to the kitchen on command, for example.

The scientists have been careful to promote independence: “We want people to retain as much of their independence as possible,” affirms Prof. Thomas Bock of the TUM Chair of Building Construction and Robotics. “The assistance should only kick in when people are no longer capable of doing something themselves.” For that reason, the walls will have a modular design, with new functions added as and when required.

The assembly includes more than just high-tech features. The researchers remembered to add the usual hall fittings. Along with standard coat hooks, there is also a practical shoehorn at floor level.

LISA project:
The “Living independently in Südtirol / Alto Adige (LISA)” project is being headed up by Human Ambient Technologies Lab. The TUM research institutes involved are the Chair of Building Construction and Robotics, the Chair of Philosophy and Science Theory and the recently created Munich Center for Technology in Society. On the business side, the following companies are taking part in the LISA project: MM Design, Frener & Reifer, Kompetenzzentrum Alpines Bauen (KAB), Pfeifer Architekten, TIS Innovation Park and Barth Innenausbau. The project is being supported by the Italian province of South Tyrol. The prototype has already undergone extensive testing and the business partners are keen to launch a finished product in the near future.

Presentation:
LISA will be presented during Munich Creative Business Week. Visitors will be able to see for themselves what the smart wall can do. Other innovations to try out will include an armchair-cum-fitness trainer and the “PASSAge” assistance system, which networks walking aids, vehicles and building automation systems. Another interesting exhibit will be a suit which simulates restricted mobility in old age. Experts will be there to talk about how microsystem technology and robotics can solve the problems of our aging society.

“Human Ambient Technologies”
Wednesday, February 20
Talks between 14:00 and 16:00, presentations between 16:00 and 18:00
Technische Universität München
Building Robotics Lab (room 0710)
Arcisstrasse 21 (Theresienstrasse entrance)
80333 Munich, Germany

Contact:
Prof. Thomas Bock
Technische Universität München
Chair of Building Construction and Robotics
T: +49 89 289 22100 begin_of_the_skype_highlighting +49 89 289 22100 FREE end_of_the_skype_highlighting
E: thomas.bock@br2.ar.tum.de
W: www.br2.ar.tum.de
The wall panel LISA assists elderly people.
Where are my reading glasses? A test person and Prof. Kerstin Wessig of the Human Ambient Technologies Lab at the wall panel "LISA". (Photo: U. Benz / TUM)
A test person and Prof. Kerstin Wessig of the Human Ambient Technologies Lab at the wall panel LISA.
Is the front door key in its box? A test person (r.) and Dr. Christos Georgoulas of the TUM Chair of Building Construction and Robotics at the wall panel "LISA". (Photo: U. Benz / TUM)
A test person and Dr. Christos Georgoulas of the TUM Chair of Building Construction and Robotics at the wall panel LISA.
A test person at the wall panel "LISA". (Photo: U. Benz / TUM)
A test person at the wall panel LISA.
Along with high-tech features the wall panel "LISA" includes a practical shoehorn. (Photo: U. Benz / TUM)
Along with high-tech features the wall panel LISA includes a practical shoehorn.
Wonderwalls - hidden system supports elderly people at home. (Photo: U. Benz / TUM)

Wednesday, February 6, 2013

Nine Technologies To Ease Pain Of Getting Old

The baby boomer market is huge and aging fast. Help is on the way.


Via Forbes Magazine


The silver tsunami is swelling.
 
By 2025 the Earth will be home to 1.2 billion people aged 60 and older, double the number in 2000. Laurie Orlov, principal analyst at Aging in Place Technology Watch, a market research firm, estimates that the current demand for "aging-at-home" products and services is $2 billion. By 2020 it will have ballooned to $20 billion.

A slew of players are fixed on this massive market (see our slideshow of nine senior-friendly technologies and the brains behind them). In April 2009 General Electric  and Intel announced a 5-year, $250 million partnership to develop technology aimed at easing the transition to old age. Massachusetts Institute of Technology is on the case, too: In 1999 it formed AgeLab, a research center within the university's engineering school, to come up with new ideas for the next generation of seniors.

Then there are all the young outfits looking for a piece of the action. Here are a handful:

Omniscient Personal Assistant
By age 80, 55% of people have some form of measurable dementia. Attention Control Systems, in Mountain View, Calif., assisted by researchers at the University of Rochester, is developing smartphone software that detects when certain tasks have been forgotten. Users will wear a wristwatch bearing an RFID tag; if the RFID reader detects, say, that the stove hasn't been touched or that the user hasn't gotten out of bed, a soothing voice on their smart phone would remind them. All data would flow to a server accessible online by the user's caregivers. Expected to hit the market in 2012.

Smart Pills
Ensuring that older adults take their medication is a constant challenge. Proteus Biomedical in Redwood City, Calif., hopes to help seniors remember by implanting ingestible tracking devices on pills to make them smart. Before it dissolves, the tiny sensor sends a signal to another, band-aid style sensor on the skin, which in turn tells a mobile device when the person took their pill. Proteus has raised $100 million in equity capital, a quarter of it from Novartis.  Several clinical trials are underway. Meet the CEO in this video interview.

Driver Ed

MIT's AgeLab, the U.S. Department of Transportation and Ford Motor Company  are collaborating on systems that give automobile drivers feedback on their skills. The “Aware Car" (an earlier version was called Driving Miss Daisy) would combine software with eye-tracking devices and heart-rate monitors installed around the vehicle to measure driver fatigue and visual responsiveness, and give real-time feedback either through voice cues or color changes. Fatigue awareness is available in some cars now but most other enhancements wouldn't be in cars until 2015.

Robotic Maid
Over the next two years, researchers at 11 universities will be trying to perfect a robotic assistant, called PR2, built by Willow Garage, a Menlo Park, Calif. company. Wendy Rogers, a researcher at Georgia Institute of Technology, says that PR2 can move easily and get shorter or taller to pick things up around the house. Willow Garage plans to add sensing and learning capabilities to teach the robot to respond to someone's specific needs. Expected to hit the market in 2013. (For more on breakthroughs in artificial intelligence, check out: "At The Extreme Edge Of Artificial Intelligence.")

Sleep Aid

Sensiotec in Atlanta has designed a bed that acts like a nurse. Its sensors measure vital signs, including heart rate and respiration, and looks for lack of movement in order to prevent bedsores. This information is relayed to the patient's personal health record, accessible from anywhere via the Web. The software looks for patterns and sends any disturbing changes to doctors using mobile software. On sale since June 1. Cost: $3,500.