PALRO may be friendly and adorable, but it actually contains various ideas that look ahead to "the future."
Information terminals up to now have required "operation" through keyboards, mice, etc. in order to convey users commands in a form that can be understood. This has been true even for PCs.
However, in recent years, with the advent of smart devices, it also has become possible to run terminals by means of "operations" that are closer to humans' "instincts," such as touching and sliding.
So, let's talk about "the future". . .
We can be sure that information terminals capable of "tacit communication" that can understand users' intentions without any "operation" are going to be born.
Right now, the cutting edge information terminal PALRO is standing at the very threshold to the "future" that is to come.
A sense of familiarity created by being "humanoid" (human-shaped) will sweep away the inorganic impression of an information terminal like the ones up to now, and also greatly shorten the distance between humans and information terminals.
PALRO, which works in cooperation with the Internet and clouds, always gets the latest information and is always right by your side, as "your best partner" = "another you," who understands you the user better than anyone else.
Changing the concept of information terminals - PALRO's eyes are firmly fixed on "the future."
Growth Roadmap
Since PALRO appeared on the market in 2010, the accuracy of its artificial intelligence has constantly been improved, new artificial intelligence has been added, and the intelligence of its software has been growing.
The present
Cooperation with government.
While improvement of basic expression and recognition ability as a communication robot has been developed, research into improving PALRO's functionality as a care robot and a lifestyle support robot and verifications to support its usefulness academically are also ongoing.
Obtaining evidence is being carried out in cooperation with the country, local governments, industry-related organizations, and research institutions such as universities, in particular through demonstration experiments in Kanagawa Prefecture's ROBOT TOWN SAGAMI.
Study of the effects of activities using the robot PALRO for elderly persons who are admitted to special elderly nursing homes
<Joint research partners>
Tokyo Metropolitan University Graduate School of Human Health Sciences
Division of Occupational Therapy Associate
Professor Kaoru Inoue
Public Interest Incorporated Foundation The Association for Technical Aids
"Fiscal Year 2013 Monitoring Study of Care Equipment in the Welfare Equipment/Practical
Care Robot Implementation Support Project (Demonstration Tests)"
Demonstration experiment with regard to the
impact and effects on elderly people with
dementia of the use of the Dementia Care Mapping (DCM) method
<Implementers>
Tokyo Metropolitan University Graduate School of Human Health Sciences
Division of Occupational Therapy Associate
Professor Kaoru Inoue
Kanagawa Prefecture Fiscal Year 2013 Open-type "Robot Demonstration Experiment
Support Project"
Trial verification conducted with regard to
PALRO's new brain at 23 senior care facilities in Fujisawa City, including special elderly nursing homes and dementia group homes
ROBOT TOWN SAGAMI, Kanagawa Prefecture Important Projects
"Communication Partner Robots for the Elderly, Including Dementia Patients at Care Facilities"
Verification of effectiveness as partner for
physical exercise and verification of effectiveness
of system that quantitatively evaluates and conveys effects through motion measurement using 3D distance image sensor "Kinect"
<Implementers>
Tokyo Metropolitan University Graduate School of System Design
Professor Naoyuki Kubota
Kanagawa Prefecture Fiscal Year 2013 Open-type "Robot Demonstration Experiment
Support Project"
Demonstration experiment with regard to the
impact and effects on elderly people with
dementia of the use of the Dementia Care Mapping (DCM) method
<Joint research partners>
Tokyo Metropolitan University Graduate School of Human Health Sciences
Division of Occupational Therapy Associate
Professor Kaoru Inoue
Public Interest Incorporated Foundation The Association for Technical Aids
"Fiscal Year 2014 Monitoring Study Project for
Care Robots, etc. in the Welfare
Equipment/Practical Care Robot Implementation
Support Project"
Development of watching system that, in cooperation with sensor systems,
will detect abnormalities in persons receiving in-home care, and report to
caregivers, encourage physical exercise and speak to said persons, in order to prevent accidents
Ministry of Economy, Trade and Industry 2014 "Robotic Care Equipment Development and Introduction Promotion Project
(Development Subsidized Project)"
Verification of effects of in‐home preventive care
for senior citizens and identification of issues for supporting life at home
<Implementers>
Tokyo Metropolitan University Graduate School of Human Health Sciences
Division of Occupational Therapy Associate
Professor Kaoru Inoue
Kanagawa Prefecture Fiscal Year 2014 Open-type "Robot Demonstration Experiment
Support Project"
Development of exercise programs for promoting health, preventing falls ,
and improving physical strength
<Joint research partners>
Medical Corporate Group SEISHIN-KAI Fujisawa Hospital Planning and Research Office Chie Ishii, Director
<Cooperating agencies>
Public Interest Incorporated Foundation Japan Hip Joint Foundation;
Graduate School of Human and Environmental Studies, Kyoto University; Tokyo Metropolitan Institute of Gerontology; Department of Psychiatry,
Yokohama City University; Fujisawa City Health Care Unit Health
Promotion Division
Verification of impact and effects on motivation,
etc. resulting from frequency and content of PALRO's speech, and development of system to encourage voluntary health promotion by the elderly
<Implementers>
Tokyo Metropolitan University Graduate School of System Design
Professor Naoyuki Kubota
Kanagawa Prefecture Fiscal Year 2014 Open-type "Robot Demonstration Experiment
Support Project"
Currently, progress is being made in developments aimed at the realization of more human-like cognition, for example making facial expression recognition (reading emotional movements from users' expressions) possible by continuously increasing basic artificial intelligence.
Also, research continues to be carried out on a daily basis in order to improve functionality as care robots,
and at the same time, work on verification to support their usefulness academically is ongoing.
Toward "tacit communication" information terminals that do not require any "operation"
Use is already being made of "artificial intelligence" of the kind robots have even in our current lives.
For example, there is the "automatic parking" technology found in cars.
The "smiling face recognition" technology that automatically releases the stutter when people smile when having their photos taken with a digital camera is the same.
Although you may be surprised to hear it, "artificial intelligence" is already being put to practical use and is becoming something that is familiar thing to everybody.
And we are currently heading toward the next stage.
That will be information terminals that can be operated just through "conversation."
This means the development of information terminals capable of tacit communication that can understand people's intentions without any "operation."
It is PALRO that stands on the threshold of the future, and PALRO that will open up that future.
PALRO's mission is to reduce the distance between a robot and human, and to have many people recognize the wonder of living with a robot.
PALRO is truly a "Recommended Agent = Partner" that will widen users' view of the world and double their joy of life.