Incidental Interaction: Novel Technology to Support Elders-as-Athletes through Augmenting Everyday Interactions

偶然互动：通过增强日常互动支持老年人运动员的新技术

• 批准号: EP/W031477/1
• 负责人: Mc Schraefel
• 金额: $ 51.43万
• 依托单位: University of Southampton
• 依托单位国家: 英国
• 项目类别: Research Grant
• 财政年份: 2023
• 资助国家: 英国
• 起止时间: 2023 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=EP%2FW031477%2F1
• 关键词: Incidental; Interaction; Novel; Technology; Support

Elders classically are framed as people who are inevitably getting weaker, losing muscle and bone mass, cognitive capacity, and inevitably requiring care to manage simple "activities of daily living" such as walking, feeding, toileting and bathing. These effects limit their capacity to live independently and healthily in their own homes. To address this decline, research in even just the past five years has been looking for new molecules and therapies to slow or reverse aging, to provide if not longer life, then better quality of life throughout the life course. While these advances in science and technology promise wonders (for those who will be able to afford them), there is already established science that demonstrates how we can all improve our life quality over our lifespan. This same science can, today, improve the life quality of our elders - starting these interventions at any age. It's building strength:a well understood, human practice. No technology is required to build and maintain strength; only to move against gravity. Repeatedly. Research has repeatedly shown that resistance training for elders can improve quality of life while mitigating if not eliminating age associated co-morbidities. And yet, for all its proven effective, cheap - even free - benefits for healthful longevity, many elders are simply too weak to take care of themselves. According to a 2019 report from AgeUk on the State of Elder health, 15% of those aged 65-69, rising to 1 in 3 citizens over 85 in the UK require care. Some of the well-documented challenges to strength building are that, unlike a pill or garment or augmentation, to achieve the benefits of strength, one has to do the work oneself, actively. That takes time, effort, as well as the knowledge, skills and practices to support it. Mustering the effort can be even harder to achieve when one is already feeling weak, recuperating from an injury, a hospital stay, or from loneliness of isolation. The research in this project is specifically designed to address the challenges that keep elders from actively engaging in strength work. Our approach is to co-create interactions to help build the knowledge skills and opportunities to practice to build and preserve the strength needed to maintain healthful independence at home. Our approach is simple: design interactive technology and gestures to leverage what we - including elders - do every day that is already strength work: stand, sit, grip, pull, push, reach, balance - and translate these into activities for building strength. We call it this novel protocol "do it twice." Stand from sitting? That's strength. Do it twice. That's strength building - and that supports the knowledge skills and practice of "elder athletes" building capabilities rather than requiring assistance. Our approach is interdisciplinary: experts in Human Computer Interaction, Sensors and Physiotherapy, developing novel, affordable interactive technologies to make strength practice accessible effective and enjoyable with support to guide these activities, reflect progress, and share with friends. We call the approach "incidental interaction for everyday strength." So far, we have tested the approach for feasibility. In this small project, with our partners in sustainable, assisted living housing, NHS Trusts, professional therapy and coaching, and with participating elders as co-designers, we will be refining the interaction, the sensors and the exercise protocols. We will be able to tune our work at each stage to ensure best engagement. In three phases from design, to testing, to in-home evaluations we will together be validating the accessibility and efficacy of our approach. By realizing with this project the potential our preliminary work indicates and that our partners anticipate, we will contribute a new affordable breakthrough approach to help transform elder health and care, to enable longer, stronger elder independence@home.

老年人通常被认为是不可避免地变得越来越虚弱，失去肌肉和骨骼质量，认知能力，不可避免地需要照顾来管理简单的“日常生活活动”，如散步，喂养，洗澡和洗澡。这些影响限制了他们在自己家中独立和健康生活的能力。为了解决这一问题，过去五年的研究一直在寻找新的分子和疗法来减缓或逆转衰老，即使不能延长寿命，也能在整个生命过程中提供更好的生活质量。虽然这些科技进步带来了奇迹（对于那些能够负担得起的人来说），但已经有成熟的科学证明了我们如何在一生中提高生活质量。今天，同样的科学可以改善我们老年人的生活质量-从任何年龄开始这些干预措施。这是建立力量：一个很好理解的人类实践。不需要任何技术来建立和保持力量;只需要克服重力。一次又一次研究一再表明，老年人的阻力训练可以提高生活质量，同时减轻（如果不是消除）与年龄相关的并发症。然而，尽管它被证明是有效的，廉价的，甚至是免费的，对健康长寿的好处，许多老年人只是太虚弱，不能照顾自己。根据英国卫生部2019年关于老年人健康状况的报告，65-69岁的人中有15%，在英国85岁以上的公民中，有三分之一需要护理。力量建设的一些有据可查的挑战是，与药丸或服装或增强不同，要实现力量的好处，一个人必须自己积极地做这项工作。这需要时间、努力，以及知识、技能和实践来支持它。当一个人已经感到虚弱、受伤、住院或孤独的时候，更难做到这一点。该项目的研究是专门设计来解决的挑战，使老年人从积极从事力量工作。我们的方法是共同创造互动，以帮助建立知识，技能和实践的机会，以建立和保持在家里保持健康的独立所需的力量。我们的方法很简单：设计互动技术和手势，以利用我们-包括老年人-每天所做的已经是力量工作：站，坐，握，拉，推，达到，平衡-并将这些转化为建立力量的活动。我们称之为“做两次。“从坐到站？这就是力量做两次。这是力量的建设-这支持知识技能和实践的“老年运动员”建设能力，而不是需要帮助。我们的方法是跨学科的：人机交互，传感器和物理治疗专家，开发新颖，负担得起的互动技术，使力量练习有效和愉快，并支持指导这些活动，反映进展，并与朋友分享。我们称这种方法为“日常力量的偶然互动”。“到目前为止，我们已经测试了该方法的可行性。在这个小项目中，与我们在可持续的辅助生活住房，NHS信托基金，专业治疗和指导方面的合作伙伴，以及参与的老年人作为共同设计者，我们将改进互动，传感器和运动协议。我们将能够在每个阶段调整我们的工作，以确保最佳的参与。在从设计到测试再到家庭评估的三个阶段中，我们将共同验证我们方法的可访问性和有效性。通过实现这个项目的潜力，我们的初步工作表明，我们的合作伙伴的预期，我们将贡献一个新的负担得起的突破性方法，以帮助改变老年人的健康和护理，使更长，更强大的老人独立在家。