Posts Tagged ‘automation’
I just returned from CES 2013, the big consumer electronics show, where I learned about the latest in health & wellness technologies and home automation products that can serve seniors and the disabled and support aging in place, when I saw this story on KCBD News Channel 11. They’ve been following the story of Brianna Graves, an active little girl who was diagnosed at age 9 with Gorham’s Disease, also known as “Vanishing Bone Disease.” Instead of focusing on what Brianna cannot do anymore, this story looks at what she can do from now on.
It’s a heart warming story of how technology and universal design concepts can make life easier – in this case for a young girl with some severe physical limitations.
Brianna controls her environment by moving her lip, as a computer monitors the movement. But just imagine what she’ll soon be able to do with the brain sensing technologies that I saw at CES. I’m excited about the pace of tech innovation and the positive impact on medicine, health care, and wellness. And I’d like to hear your stories of how technology has helped you or a loved one.
While many doctors naturally disagree, Dr. Oz believes the future of medicine will depend more on technology than doctors. “I see the car, which is right now one of the most unused spaces in our lives, becoming a mobile examination suite for you,” says the heart surgeon, turned talk show host. “It can weigh you and tell how stressed you are by how you grip the steering wheel, the sweat on your fingers, and heart rate variability.” (1:29 VIDEO, below)
As a technologist watching this space and reporting on health & wellness innovations at CES, I concur with Dr. Oz and have explored the effect of technology, automation and healthcare robots and on jobs. That’s why I was attracted by this CBS 60 Minutes segment on The March of the Machines and how automation is likely to effect the job market, including positions in medicine. Read the rest of this entry »
Jack and Jill went up the hill
Up Jack got, and home did trot,
By Wayne Caswell
Jack and Jill were in their late 60s and had been married for 37 years when Jack suffered a severe stroke and required care beyond the abilities of his partner. After leaving the hospital, he went into a nursing home, and the family home was sold to pay for his care, which was expensive and projected exceed $84,000 per year.
Jill couldn’t maintain the big house herself and couldn’t afford it either, so she moved into a small apartment alone, without her lifelong mate. Being separated affected the couple’s morale, but worse was that it affected their health and their finances. Without long-term-care insurance, their life savings were depleted quickly before Medicaid finally kicked in. And now the grown children had two places to visit to support their declining parents. It didn’t have to be that way.
Just as in the nursery rhyme, Jack goes home and recovers more quickly there – in familiar and loving surroundings where Jane hires professionals to help care for him. That decision lets the couple stay together, and the kids have just one place to visit.
Universal Design was not offered when they built their home, and even though renovating the home for wheelchair accessibility often costs as much as $50,000, they felt it was financially better than the alternative. The project was entirely funded with home equity, so they didn’t even have to touch their retirement money, or the kid’s future inheritance. You see, Jack and Jill are like most American seniors, 90% of whom would rather live at home as long as possible and are willing to seek help to do that.
System monitors seniors’ health in the comfort of their own homes
By Marlene Cimons, National Science Foundation, December 6, 2012
Many elderly dread the prospect that chronic medical issues will force them to leave their homes for an assisted living facility or nursing home, making them dependent upon others for their care and personal needs. Sometime in the near future, however, new technology could help them remain in their homes longer, perhaps indefinitely, without having to give up their independence.
“Our goal is to keep people in their private homes for as long as possible,” says Marjorie Skubic, professor of electrical and computer engineering at the University of Missouri. “The idea is to detect functional decline or early signs of illness, so we can identify problems when they are very small and proactively address them before they become catastrophic. That way, mom won’t have to leave her home.” Read the rest of this entry »
By Alex Lane (original article: What is a Smart Home? Samsung’s NaviBot S can clean the low places)
The original Smart Home device has to be the Teasmade, and the textbooks say that a smart home is one that uses home networking technology and your internet connection to automate and simplify everyday living.
It’s the use of networking and broadband connections that takes smart home technology beyond simple home automation, where each device usually stands alone, with its own control system.
Smart home tech is a fast-growing field, from cleaning your house to opening the curtains and switching on the lights. There’s also a growing field of utility and power management, for your gas, water and electricity [and for home health care]. Surrounding them all are unified networking and control systems that can control and monitor all of your devices, not just one for each.
As a technologist, futurist, mHealth advocate, and past Home Systems consultant, I’m a fan of embedded technologies that make products smarter and easier to use, especially those that improve healthcare, but I side with “Smart Home” skeptics and add my own comments after this press release. – Wayne Caswell, mHealthTalk editor
The Future of Smart Systems
By 2020, experts think tech-enhanced homes, appliances, and utilities will spread, but many of the analysts believe we still won’t likely be living in the long-envisioned ‘Homes of the Future’
June 29, 2012 — Hundreds of tech analysts foresee a future with “smart” devices and environments that make people’s lives more efficient.
But they also note that current evidence about the uptake of smart systems is that the costs and necessary infrastructure changes to make it all work are daunting. And they add that people find comfort in the familiar, simple, “dumb” systems to which they are accustomed.
Some 1,021 Internet experts, researchers, observers, and critics were asked about the “home of the future” in an online, opt-in survey. The result was a fairly even split between those who agreed that energy- and money-saving “smart systems” will be significantly closer to reality in people’s homes by 2020 and those who said such homes will still remain a marketing mirage. Read the rest of this entry »
Robots and other assistive technology may be inevitable in aged care moving into the future, but can they replace the human touch? Annie May reports. Reprinted from Aged Care INsite, Apr/May 2011, and expanded greatly since.
Standing at just 40cm tall and looking suspiciously like the latest toy their grandchildren have been dropping hints about for their upcoming birthdays, Matilda the robot doesn’t give the impression that she has much to offer in the way of care for the elderly.
So when placed in front of an aged care resident to talk about her diet, the resident doesn’t have high expectations. But on admitting to having a love of sweets, Matilda is quick to inform her about all the negative health impacts this indulgence can have. Becoming slightly anxious, – whether a result of being lectured by a bright orange robot or at the thought of having to cut back on her sweets – the resident is then shocked at being reassured by the robot.
How can it be that this baby-face robot can read emotions and give a sensitive response? The result of a breakthrough by Melbourne and Japanese scientists, Matilda is one of two robots, the other her brother Jack, which has been developed with ‘emotional intelligent’ software.
This article features comments I posted on a James Holloway article about Smart Homes of Tomorrow, where automation is based on sensors and learned intelligence that encompasses any device providing automatic control of home functions. Systems most likely to be automated are: lights, thermostats & home appliances; television, video & music systems; security alarms & monitoring systems; and home health care monitors, alarms & communication devices.
My perspectives aren’t too far from what Mr. Holloway wrote about. They came from introducing IBM to the Smart Home market in 1994, helping it launch IBM Home Director, and retiring in 1999 to start CAZITech, a Digital Home consulting firm.
Thirteen years after a freak accident left her paralyzed, Rosemarie found a new mission in life: sharing what she has learned about Universal Design. She founded Universal Design Living Laboratory and is building a national demonstration home that will be opened to the public this fall. I’ll be writing a series of articles about her project and start with this, her story.
About The Demonstration Home Project
On June 13, 1998 my husband, Mark Leder, and I decided to celebrate our anniversary by going on a bicycle ride. It was a beautiful day with a clear blue sky, perfect biking weather. I was riding down the path ahead of Mark, when he heard a loud crack and yelled, “Look over there something is falling!” I glanced back at him and suddenly a 3 1/2 ton tree came crushing down on me, leaving me injured on the bike path. My life was changed in that instant! I was paralyzed from the waist down with a spinal cord injury.