Publication | Closed Access
Service innovation through social robot engagement to improve dementia care quality
111
Citations
44
References
2016
Year
EngineeringService InnovationSensory EnrichmentSocially Assistive RobotCare QualityPsychologyAffective ComputingHumanrobot CollaborationAutismSocial Robot EngagementRehabilitation EngineeringDementia Care QualityAssistive TechnologiesBehavioral SciencesAssistive TechnologyGeriatricsMedicineHuman Agent InteractionDesignService RobotRehabilitationHuman-robot InteractionNursingDevelopmental RoboticsPersonal RobotHuman-computer InteractionAssistive RobotSocial InnovationAssistive RoboticsRobotics
Assistive technologies such as robots have been shown to improve the quality of life for people with dementia in social contexts. The study aims to demonstrate that engaging two social robots with people with dementia in Australian residential care can enhance care quality. An observational design coded more than 11,000 behavioral reactions from 139 participants over five years to identify engagement patterns with two robots, Sophie and Jack, focusing on approaches to baby‑face robots, pleasure, robot interaction, and interaction with others. Social robots increased diversion therapy service value for people with dementia through sensory enrichment, positive social engagement, and entertainment, indicating an overall improvement in dementia care quality.
Assistive technologies, such as robots, have proven to be useful in a social context and to improve the quality of life for people with dementia (PwD). This study aims to show how the engagement between two social robots and PwD in Australian residential care facilities can improve care quality. An observational method is adopted in the research methodology to discover behavioural patterns during interactions between the robots and PwD. This observational study has undertaken to explore the improvement arising from: (1) approaching social baby-face robots (AR), (2) experiencing pleasure engaging with the robots (P), (3) interacting with the robots (IR), and (4) interacting with others (IO). The findings show that social robots can improve diversion therapy service value to PwD through sensory enrichment, positive social engagement, and entertainment. More than 11,635 behavioral reactions, such as facial expressions and gestures, from 139 PwD over 5 years were coded, in order to identify the engagement effectiveness between PwD and two social robots named Sophie and Jack. The results suggest that these innovative social robots can improve the quality of care for people suffering from dementia.
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