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Growing Old Together: The Promise and Challenge of Social Robots for Older Adults

  • Sawyer Collins and Selma Š Šabanović
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Abstract

Eldercare is arguably one of the most popular, and well-researched, application domains for social robots. Motivated by the increasing proportion of adults over 65 in the populations of several developed economies-the US, Western Europe, East Asia, which are also leaders in social robotics research-and related societal challenges, researchers are developing robots that can assist older adults and their caregivers in eldercare institutions and individual homes through a variety of functions, from providing companionship to healthcare monitoring. Eldercare robotics has produced many promising research findings and some successful robotic products but also faces continuing challenges to the broader usability and acceptance of eldercare robots. Furthermore, eldercare robotics often takes an overly technocentric view of the issues posed by aging and eldercare, without considering the broader social and cultural context and meaning of care. In this chapter, existing trends in social robotics for eldercare are described and several future directions discussed. These include the need to broaden the research community’s perception of aging from a disabilitycentered view to scaffolding meaningful activities and relationships in older adults’ lives, to engage more diverse older adults and other stakeholders in robot design and user studies, to consider caregiver and community effects and support for robotic technologies in robot design, as well as to address the many ethical concerns that eldercare robots raise.

Abstract

Eldercare is arguably one of the most popular, and well-researched, application domains for social robots. Motivated by the increasing proportion of adults over 65 in the populations of several developed economies-the US, Western Europe, East Asia, which are also leaders in social robotics research-and related societal challenges, researchers are developing robots that can assist older adults and their caregivers in eldercare institutions and individual homes through a variety of functions, from providing companionship to healthcare monitoring. Eldercare robotics has produced many promising research findings and some successful robotic products but also faces continuing challenges to the broader usability and acceptance of eldercare robots. Furthermore, eldercare robotics often takes an overly technocentric view of the issues posed by aging and eldercare, without considering the broader social and cultural context and meaning of care. In this chapter, existing trends in social robotics for eldercare are described and several future directions discussed. These include the need to broaden the research community’s perception of aging from a disabilitycentered view to scaffolding meaningful activities and relationships in older adults’ lives, to engage more diverse older adults and other stakeholders in robot design and user studies, to consider caregiver and community effects and support for robotic technologies in robot design, as well as to address the many ethical concerns that eldercare robots raise.

Chapters in this book

  1. Frontmatter I
  2. Contents V
  3. Introduction 1
  4. Section 1: Robots in Culture and Society
  5. Future Presence: Living with Social Robots 21
  6. Representing Robots in Popular Culture 47
  7. Designing Robots That are Accepted in Human Social Environments: Anthropomorphism, the Intentional Stance, Cultural Norms and Values, and Societal Implications 63
  8. Are Robotic Bodies (Part of) Social Bodies? 85
  9. Persons or Things: The Role of Robots in Society 105
  10. Automated Masspersonal Social Engineering 119
  11. Section 2: Humanistic and Social Scientific Perspectives
  12. Linguistics
  13. AI and Human Writing: Collaboration or Appropriation? 137
  14. Law
  15. Policies, Regulation, and Legal Perspectives on Social Robots 161
  16. How Social Robots Affect Privacy: Navigating the Landscape 179
  17. Sociology
  18. Artificial Intelligence, Robotics, and the Evolution of the Social Sciences 203
  19. Human Interactions With (Embodied) AI: The Future of Authenticity in Human–AI Relation(ship)s 221
  20. Psychology and Neuroscience
  21. Mind Perception During and After Interacting with Artificial Agents 241
  22. How People Perceive Social Robots: The Case of Gender 261
  23. Relating with Social Robots: Issues of Sex, Love, Intimacy, Emotion, Attachment, and Companionship 277
  24. Real or Pretend? How Children Ontologize Social Robots as Mental and Moral Others 295
  25. Communication and Computer Sciences
  26. Rethinking Communication between Humans and Social Robots 313
  27. Interacting with Social Robots: The Influence of their Distinctive Cues, Behavioral Capabilities, and Affordances on Social Interaction and Well-being 335
  28. Integrating Big-Data Tools to Study AI and Human–Machine Communication: Methodology Strengths, Future Directions, and Applications 355
  29. Social Robots and Children: A Field in Development 371
  30. Section 3: Contexts of Human–Robot Interaction
  31. Anthropomorphizing Voice Assistants: A Research Agenda for Human–AI Relationships 391
  32. Domestic Appliances and Household Robots: The Changing Landscape of Housework and Family 411
  33. Ability and Disability: Social Robots and Accessibility, Disability Justice, and the Socially Constructed Normal Body 429
  34. Growing Old Together: The Promise and Challenge of Social Robots for Older Adults 447
  35. Power and Synchrony in Human Collaboration with Exoskeletons 467
  36. Index 489
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