PFI:BIC - Next Generation Robotic Intelligence that Provides Psycho-Social Support for Older Adults

老龄化的美国正在挑战美国的医疗保健系统。当前和未来的卫生保健人员，沿着家庭护理人员，将无法治疗甚至监测老龄化人口的广泛挑战，从焦虑到孤独，从痴呆到身体残疾。 该项目开发负担得起的老年人支持机器人智能（ARIES）作为应对这些挑战的一个要素。 技术不会也不应该取代训练有素的医疗专业人员或家庭亲密成员;但技术可以减轻家庭成员和医疗系统的负担。 白羊座将提供负担得起的援助，小，但具有挑战性的日常生活任务，如寻找钥匙或阅读眼镜;记住药物或约会;与朋友和家人联系;并缓解焦虑和孤独。 为了有效地完成这些任务，ARIES必须易于理解和可靠，研究团队正在开发创新的技术解决方案来实现这些目标。ARIES最重要的成果将是促进和改善老年人的保健，使更多的人能够继续在自己的家中过上充实的生活。该项目团队利用认知和行为科学、老年精神病学、计算机科学和工业设计的新颖研究见解，以及行业合作伙伴孩之宝在有效、负担得起的工程方面的专业知识。 研究人员将（a）使用行为科学方法来评估老年人日常生活的主要挑战，小型，负担得起的机器人系统可以提供帮助;（B）应用包容性设计原则和尖端计算机科学来开发一种小型动物机器人，可以减轻这些挑战;（c）对开发的系统进行系统评估？的安全性，有效性和可接受性在测试床与健康成人以及老年人与认知障碍。 从计算机科学的角度来看，该项目将扩展最终用户编程的前沿，并允许用户和机器人进行相互教学。 该项目还有望通过利用勒韦林的功能，推动物体跟踪和定位技术的工程进步，并扩大机器人技能。从心理学的角度来看，该项目将为人机交互提供新的见解（特别是当用户没有技术专长时），以及为人类利益而在机器人技术中优化功能和外观设计的进步。

An aging America is challenging the U.S. healthcare system. Current and future health-care personnel, along with family caregivers, will be unable to treat or even monitor the wide-ranging challenges of the aging population from anxiety to loneliness, from dementia to physical disability. This project develops Affordable Robotic Intelligence for Elderly Support (ARIES) as one element in meeting these challenges. Technology will not, and should not, replace trained health-care professionals or close members of the family; but technology can lighten the burden on family members and the healthcare system. ARIES will provide affordable assistance with small but challenging tasks of daily living, such as finding keys or reading glasses; remembering medication or appointments; connecting with friends and family; and relieving agitation and loneliness. To be effective in these tasks, ARIES must be easily understandable and reliable, and the research team is developing innovative technological solutions to meet these goals. The most significant outcome of ARIES will be to facilitate and improve health care for older populations and enable more people to continue fulfilling lives in their own homes. The project team harnesses novel research insights from the cognitive and behavioral sciences, geriatric psychiatry, computer science, and industrial design, as well as industry partner Hasbro's expertise in effective, affordable engineering. The researchers will (a) use behavioral science methods to assess older adults' major challenges of daily living with which a small, affordable robotic system can assist; (b) apply inclusive design principles and cutting-edge computer science to develop a small animal-like robot that can alleviate these challenges; and (c) provide a systematic assessment of the developed system?s safety, efficacy, and acceptability in test beds with healthy adults as well as older people with cognitive impairments. From a computer science perspective, this project will expand the frontiers of end-user programming and allow user and robot to engage in mutual teaching and learning. The project is also poised to lead to engineering advances in object tracking and location technology and in the expansion of robot skills by levering smartphone capabilities. From a psychological perspective, the project will provide novel insights into human-robot interaction (especially when the user has no technical expertise) as well as advances in the optimal design of function and appearance in robotic technology for human benefits.