This study will use a socially assistive robot to deliver cognitive training in the form of a music (piano) learning intervention to socially isolated older adults with mild cognitive impairment.
Cognitive training has been shown in past research to improve cognitive function in older adults with and without mild cognitive impairment. Music learning has been previously shown to be a particularly effective form of cognitive training: in addition to the cognitive demands of learning notation, hand positioning, coordination and timing, those who engage in music learning also benefit from emotional connection to the music and social engagement with a music teacher. Not all older adults are able to access music lessons. Older adults who are homebound, live in rural areas and do not have access to reliable transportation (or a monthly income with sufficient funds for recurring payments for lessons) are unlikely to be able to access these benefits. Socially assistive robots that can deliver both education and companionship on an ongoing basis within the home environment may be a viable solution to these limitations. The purpose of this study is to deliver cognitive training in the form of a music (piano) learning intervention to older adults who are socially isolated, and who may be able to benefit from the cognitive training aspects of the intervention. A socially assistive robot will deliver the intervention.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
BASIC_SCIENCE
Masking
NONE
Enrollment
50
Cognitive training via music learning
University of Georgia
Athens, Georgia, United States
Verbal Memory Test
Correct hits + Correct passes + Correct hits after 30-minute delay + Correct passes after 30-minute delay; higher score is better; items remembered from a word list that also contains distractors
Time frame: 6-months
Visual Memory Test
Correct hits + Correct passes + Correct hits after 30-minute delay + Correct passes after 30-minute delay; higher score is better; images remembered from an image list that also contains distractors
Time frame: 6-months
Non-Verbal Reasoning Test
correct responses - commission errors; higher score is better
Time frame: 6-months
Shifting Attention Test
correct responses - errors; higher is better
Time frame: 6-months
Stroop Test
\[Simple RT \< (Complex RT Correct \*0.1)+Complex RT Correct\] AND \[Complex RT Correct \< ( Stroop RT Correct \*0.1)+Stroop RT Correct\] AND (Complex Correct \> Complex Errors) AND (Stroop Correct \> Stroop Errors)
Time frame: 6-months
Continuous Performance Test
CPT Correct Responses \>= 30 AND CPT Correct Responses \> CPT Commission Errors
Time frame: 6-months
Symbol Digit Coding Test
SDC Correct Responses \>= 20 AND Correct Responses \> Errors
Time frame: 6-months
Technology Acceptance - TAM3
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higher sore = greater acceptance
Time frame: 6-months
DeJong Loneliness Scale
Higher scores indicate more severe loneliness
Time frame: 6-months
NASA TLX
Measures workload; higher score = more work
Time frame: 6-months