©The SRS Consortium, 2010-2013
MultiMulti--Role Shadow Robotic System for Role Shadow Robotic System for
Independent Living (SRS)Independent Living (SRS)
Dr. Renxi Qiu (Cardiff School of Engineering, Cardiff University)
Tokyo 9-10 October 2012
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The SRS project is funded by the European Commission under the 7th Framework Programme (FP7) – Challenges 7: Independent living, Inclusion and Governance
WWW.SRS-PROJECT.EU
CONTENTSCONTENTS
n CONCEPT AND OBJECTIVES
n SCENARIOS AND PLATFORM
n TECHNICAL APPROACHES FOR REALISING THE SRS INNOVATIONS
n ADVANCED PROTOTYPE USER EVALUATIONS
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The SRS project is funded by the European Commission under the 7th Framework Programme (FP7) – Challenges 7: Independent living, Inclusion and Governance
WWW.SRS-PROJECT.EU
PROJECT INFORMATIONPROJECT INFORMATION
n Funded under 7th EU-Framework Programme for Research and Technological Development under FP7-ICT-CALL-4
n Reference: 247772
n Duration: 39 Months (Feb 2010 – April2013)
n Coordinator: Cardiff University
n 12 partners
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The SRS project is funded by the European Commission under the 7th Framework Programme (FP7) – Challenges 7: Independent living, Inclusion and Governance
WWW.SRS-PROJECT.EU
CONCEPT AND OBJECTIVES CONCEPT AND OBJECTIVES
n The project focuses on the development and prototyping of multi-purpose remotely-controlled, semi-autonomous robotic solutions in domestic
environments to support elderly people.
– Telepresence robot with manipulation capability, enable robots alter the environment as remote manipulators
– Accelerate the societal acceptance of robotic application for independent living by bringing users in early stage of the R&D cycles and demonstrating SRS solutions and scenarios
Project concept
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The SRS project is funded by the European Commission under the 7th Framework Programme (FP7) – Challenges 7: Independent living, Inclusion and Governance
WWW.SRS-PROJECT.EU
HARDWARE PLATFORMHARDWARE PLATFORM
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The SRS project is funded by the European Commission under the 7th Framework Programme (FP7) – Challenges 7: Independent living, Inclusion and Governance
WWW.SRS-PROJECT.EU
SCENARIOS SELECTION SCENARIOS SELECTION -- ACTIVITIES OF DAILY LIVING ACTIVITIES OF DAILY LIVING
TASKSTASKS
n Based on activities of daily living
n Demanded by prospective users
n Robot is required
n Can be accomplished in a standard private home
n Extensibility of scenarios
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The SRS project is funded by the European Commission under the 7th Framework Programme (FP7) – Challenges 7: Independent living, Inclusion and Governance
WWW.SRS-PROJECT.EU
SCENARIOS SELECTION SCENARIOS SELECTION -- ETHNOGRAPHIC RESEARCHETHNOGRAPHIC RESEARCH
n Participants:
– 17 frail elderly (13 women and 4 men with age-related health problems-10 aged 80 or older).
– Still able to live at their home: 12 single-person, 3 female/male couple
n Health conditions:
– Mild to severe motor impairments causing slowness, weakness, fatigue, risk of falls, legs and arms movement limitation
– Mild to severe Deafness and Vision problems are highly frequent
– Mild memory reported by many.
– Chronic diseases, like cardiopathy and respiratory system related diseases in some cases.
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The SRS project is funded by the European Commission under the 7th Framework Programme (FP7) – Challenges 7: Independent living, Inclusion and Governance
WWW.SRS-PROJECT.EU
SCENARIOS SELECTIONSCENARIOS SELECTION
* (still
considered
interesting in
the study for
eventual future
development
outside SRS)
Legend
1 to 5 scale:
•1- not at all
• 3- neutral
•5-yes a lot
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The SRS project is funded by the European Commission under the 7th Framework Programme (FP7) – Challenges 7: Independent living, Inclusion and Governance
WWW.SRS-PROJECT.EU
TECHNICAL SOLUTION TECHNICAL SOLUTION -- CONTROL STRUCTURE AND CONTROL STRUCTURE AND
DECISION MAKINGDECISION MAKING
n SRS control structure
– A brain like automatic task planner which initialises movements on the symbolic level.
– A cerebellum like action executive for coordination actions at the level of sensing and actuation
– App-store type modularised componentsto enable the extension and reuse of existing capabilities
Symbolic
Grounding
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The SRS project is funded by the European Commission under the 7th Framework Programme (FP7) – Challenges 7: Independent living, Inclusion and Governance
WWW.SRS-PROJECT.EU
TECHNICAL SOLUTION TECHNICAL SOLUTION -- CONTROL STRUCTURE AND CONTROL STRUCTURE AND
DECISION MAKINGDECISION MAKING
n Semi-autonomous control framework
Semi-autonomous operation
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The SRS project is funded by the European Commission under the 7th Framework Programme (FP7) – Challenges 7: Independent living, Inclusion and Governance
WWW.SRS-PROJECT.EU
TECHNICAL SOLUTION TECHNICAL SOLUTION -- CONTROL STRUCTURE AND CONTROL STRUCTURE AND
DECISION MAKINGDECISION MAKING
Questions
•Why move to table?
•Which table and where to find the table?
•What is “near” a table?
•What is a “reachable” distance for grasping?
•Why grasp after moving to a reachable position?
•All in all, why the sequence is like this? •Many more questions…
Task planning for “Fetch and Carry”: get milk
One would expect the following sequence of actions:
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The SRS project is funded by the European Commission under the 7th Framework Programme (FP7) – Challenges 7: Independent living, Inclusion and Governance
WWW.SRS-PROJECT.EU
TECHNICAL SOLUTION TECHNICAL SOLUTION -- USER INTERFACE FOR LOCAL USER INTERFACE FOR LOCAL
USER (ELDERLY AT HOME)USER (ELDERLY AT HOME)
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The SRS project is funded by the European Commission under the 7th Framework Programme (FP7) – Challenges 7: Independent living, Inclusion and Governance
WWW.SRS-PROJECT.EU
TECHNICAL SOLUTION TECHNICAL SOLUTION -- USER INTERFACE FOR USER INTERFACE FOR
INFORMAL CAREGIVERINFORMAL CAREGIVER
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The SRS project is funded by the European Commission under the 7th Framework Programme (FP7) – Challenges 7: Independent living, Inclusion and Governance
WWW.SRS-PROJECT.EU
TECHNICAL SOLUTION TECHNICAL SOLUTION -- USER INTERFACE FOR USER INTERFACE FOR
PROFESSIONAL TELEPROFESSIONAL TELE--ASSISTANTSASSISTANTS
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The SRS project is funded by the European Commission under the 7th Framework Programme (FP7) – Challenges 7: Independent living, Inclusion and Governance
WWW.SRS-PROJECT.EU
ADVANCED PROTOTYPE USER EVALUATIONS ADVANCED PROTOTYPE USER EVALUATIONS
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The SRS project is funded by the European Commission under the 7th Framework Programme (FP7) – Challenges 7: Independent living, Inclusion and Governance
WWW.SRS-PROJECT.EU
ADVANCED PROTOTYPE USER EVALUATIONS ADVANCED PROTOTYPE USER EVALUATIONS
People assessed • 16 elderly : Mean age 79,6 , Barthel index :55 to 100; 1 young disable man
(23 y.o.)
• 12 private caregivers :Mean age 54,1
• 5 professionals operators : mean age 33,2
Test sessions • Before robot coming to test site: explanation of srs concept, showing videos and
interfaces
• 4 test sessions each day with the robot in the test site
Short introduction to participants
Up to 3 SRS usage experiences (depending on technical robot performance)
Questionnaires administration /Technical effectiveness recording
Indicators: • Technical indicators
Evaluation check list for technical performance
• Users indicators
Interactive think-aloud with moderators next to participants
Ad hoc developed quantitative and qualitative questionnaires
Standard Attrackdiff questionnaire
Safety-ethical-privacy issues focus group
Users’s validation
if:
• Attrakdiff results� results belonging to area called “desired”
• Ad hoc questionnaires results� indicators threshold ”>3,5 (1 to 5 scale)
• Qualitative consideration emerging, behavior observations and focus groups
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The SRS project is funded by the European Commission under the 7th Framework Programme (FP7) – Challenges 7: Independent living, Inclusion and Governance
WWW.SRS-PROJECT.EU
ADVANCED PROTOTYPE USER EVALUATIONS ADVANCED PROTOTYPE USER EVALUATIONS
3.06 (0.423)
3.19 (0.368)
3.25 (0.382)
3.38 (0.386)
3.38 (0.417)
3.40 (0.407)
3.60 (0.387)
3.75 (0.382)
3.75 (0.323)
3.94 (0.359)
4.00 (0.354)
4,06 (0.347)
4,06 (0.347)
4.13 (0.364)
4.31 (0.254)
4.38 (0.272)
4.38 (0.272)
4.38 (0.287)
1,00 1,50 2,00 2,50 3,00 3,50 4,00 4,50 5,00
I would like to buy the SRS system as soon as it is available
I’m satisfied with the time it took to complete the task using
the robot
I could effectively use the robot to execute simple tasks by
myself
I’m satisfied with the robot size
I would like to use the SRS system if it is available
Having SRS at home, I would NOT be worried that the robot
could break something at home
Having SRS at home, I would NOT be worried to break the
system
I think that SRS would put me in a position to perform
certain tasks without having to wait for someone to come …
I’m satisfied with how the robot looks
Having SRS at home, I would feel less afraid of being at
home alone
I could effectively use the robot to contact people and
receive assistance
I think that SRS would Make it easier to perform some
activities of daily living
Having SRS at home, I would’nt feel too much controlled
Having SRS at home, I would feel more independent
I think that SRS would make it safer to run some activities of
daily living
I found the robot useful
It was fun interacting with the robot
I’m satisfied with the usability of the interface
Rating scale:
from 1: totally disagree to 5 : totally agree
Ad hoc questionnaire - mean results and error bars
Elderly people
Usability/learnability
SRS requirements: Safety
Technical Effectiveness
Acceptability
Acceptability
SRS requirements: Independence
Acceptability
SRS requirements: Facilitating ADL
SRS requirements: Safety
Acceptability
SRS requirements: Autonomy
Acceptability
SRS requirements: home integrat
Intention to adopt
Usability/learnability
Technical Effectiveness
Intention to adopt
SRS requirements: home integrat
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The SRS project is funded by the European Commission under the 7th Framework Programme (FP7) – Challenges 7: Independent living, Inclusion and Governance
WWW.SRS-PROJECT.EU
SRS TESTING VIDEOSRS TESTING VIDEO
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The SRS project is funded by the European Commission under the 7th Framework Programme (FP7) – Challenges 7: Independent living, Inclusion and Governance
WWW.SRS-PROJECT.EU
DISSEMINATION EVENTSDISSEMINATION EVENTS
n Rehacare 2012 - October, 2012 - Düsseldorf, Germany
n IEEE/RSJ International Conference on Intelligent Robots and Systems - October, 2012 – Algarve, Portugal
n Workshop at House of Lords, Westminster Hall – 30th November, 2012 – London, U.K.