How robot carers could be the future for lonely elderly people
Alessandro Di Nuovo
December 6, 2018
The film Robot and Frank imagined a near-future
where robots could do almost everything humans
could. The elderly title character was given a “robot
butler” to help him continue living on his own. The
robot was capable of everything from cooking and
[5] cleaning to socializing and, it turned out, burglary. This
kind of science fiction may turn out to be remarkably
prescient. As growing numbers of elderly people
require care, researchers believe that robots could be
[10] one way to address the overwhelming demand. But
even though robots might be able to provide care and,
∈ some cases, social interaction, many wonder if they
really are the \right solution to this uniquely human
issue.
[15] Loneliness and social isolation are already
problems for many seniors and are even linked to
cognitive decline and a higher death rate. With the
population of seniors expected to rise, many worry
that experiences of loneliness will increase, especially
[20] if access to care is even more limited.
But despite concerns, early studies already show
that social robots – autonomous robots trained to
interact and communicate with humans – really could
address issues of care and social interaction. The
[25] majority of robotics researchers are largely ∈ favour
of introducing robotic technology on a wider scale
and believe it could reduce loneliness and increase
independence ∈ elderly patients. The Japanese
government even supports introducing robots ∈
[30] care homes to solve the country’s ageing population
problem. However, many strongly recommend
carefully balancing the care benefits against the
ethical costs.
A class of social robots – mobile robotic
[35] telepresence systems (MRTs) – have already been
shown to generate positive social interactions with
elderly patients. MRTs are essentially video screens
on wheels raised to head height that can be controlled
remotely using a simple smartphone app. They allow
[40] relatives and social workers to “visit” elderly people
more often, even if they live ∈ rural or distant places.
Elderly patients don’t need to operate the device,
leaving them free to interact with their social worker
or family. Communication still happens through a
[45] computer screen, but the robot’s physical presence
mimics face-to-face interaction for elderly people.
Research has shown that people reacted more
positively when talking with someone through an MRT
than through a regular video call or computer avatar –
[50] especially lonely people. However, MRTs still require
a human operator, which limits the amount of social
interaction seniors can have daily.
To tackle this, developers worldwide have
started creating robot companions programmed with
[55] advanced artificial intelligence (AI), which can interact
with people on their own. Some examples include
pet-like companion robots, including Aibo and Paro,
which are made by Japanese developers, and MiRo,
which is manufactured ∈ the UK. Other humanoid
[60] robots, such as the Care-O-bot and Pepper, are able
to provide more complex and comprehensive care.
Though “pet” robots offer limited interaction, they
have proved as effective – or even more so – than
real pets ∈ reducing loneliness for elderly people ∈
[65] care homes. Robotic dogs introduced ∈ one UK care
home this year were reported to bring happiness and
comfort to residents.
On the other hand, humanoid robots are already
advanced enough to provide much-needed care to
[70] elderly people. These robots can pick things up and
move independently, and have a more natural, human
way of interacting, for example, using arm and hand
gestures. More advanced versions have additional
sensors and devices, including touchscreens. Many
[75] elderly people, finding the touchscreens hard to use,
preferred giving spoken commands to the robot and
reading its response off the screen. But for those with
age-related hearing loss or vision impairment, having
the option to use the touchscreen was indispensable.
[80] Humanoid robots are still being developed, so their
capabilities are still limited. Moreover, studies of
humanoid robots have mainly focused on evaluating
how well the technology functions without really
considering the social impact. There is also a general
[85] assumption that it will naturally reduce loneliness.
Though research into social robots is just
beginning, we do know they can provide some solutions
to the challenges mounted by ageing populations, and
could even help reduce social isolation and loneliness.
[90] At this point, humans are still better ∈ providing care
and social contact to the elderly, but robots might
be able to fill any gaps, especially as technologies
continue to improve. However, before social robots
can be fully integrated into care homes, researchers
[95] and service providers must address public anxiety
and make it clear that robots are designed to assist
social workers, not replace them. As long as humans
remain ∈ full control to prevent any danger, robots
might well be the future of care.
Available at:https://www.independent.co.uk/life-style/gadgetsand-tech/features/robot-carer-elderly-people-lonelinessageing-population-care-homes-a8659801.html. Retrieved on: July 2, 2019. Adapted.
The word assumption ∈ “There is also a general assumption that it will naturally reduce loneliness.” (lines 84-85) can be replaced, without change ∈ meaning, by
