Accessible Balance and Falls Prevention Exercise Tool Across the Continuum of Car

跨汽车连续体的无障碍平衡和防跌倒锻炼工具

基本信息

批准号：
8714972
负责人：
Sheryl Flynn
金额：
$ 14.99万
依托单位：
BLUE MARBLE REHAB, INC.
依托单位国家：
美国
项目类别：
财政年份：
2014
资助国家：
美国
起止时间：
2014-07-01 至 2014-12-31
项目状态：
已结题

来源：
https://reporter.nih.gov/project-details/8714972
关键词：
Address Adherence Adoption Assisted Living Facilities Back Caregivers Caring Centers for Disease Control and Prevention (U.S.)Cessation of life Client Clinic Cognitive Communities Community Services Continuity of Patient Care Data Data Reporting Databases Development Discipline of Nursing Elderly Ensure Environment Equilibrium Exercise Face Fall prevention Feedback Focus Groups Fostering Gestures Health Heart Home environment Homes for the Aged Human Resources Imagery Internet Intervention Lead Marble Marketing Mediating Methodology Modification Monitor Motion Movement Occupational Therapist Outcome Personal Computers Phase Physical Function Physicians Pilot Projects Play Prevention program Process Public Health Quality of life Reporting Research Research Personnel Risk Series Services Slice Small Business Innovation Research Grant Social Workers Sorting - Cell Movement System Technology Testing Translations Update Walkers base cognitive function commercial application commercialization community living community setting computerized data processing cost design digital evidence base experience fall risk falls fitness functional outcomes improved injury burden innovation meetings premature programs prototype public health relevance sensor success technological innovation tool uptake

项目摘要

DESCRIPTION (provided by applicant): Objective: This Phase 1 SBIR proposes to optimize the interface and interaction of a digital translation of Evidence Based Falls Prevention programs for use across the continuum of care and community living that affords easy adoption, adherence and monitoring of falls prevention exercises for all stakeholders including those with limited technical experience. Purpose: Specifically, this proposal describes how we plan to obtain the stakeholder input required to a) design an accessible exercise interface that will be used by clients, clinicians, caregivers and support staff across all levels of independence and care assistance, and b) design an accessible WebApp for selecting, tracking and reporting adherence to the exercises for use by all stakeholders. Phase II will focus on execution of the findings initiated in this Phase I and to ascertain a path to commercialization. Approach: We will employ our trans-disciplinary, user-centered, agile game design approach to develop "Zoezi Park" and to ensure we meet the needs of the stakeholders across the continuum of care and community settings. Blue Marble has already created "Zoezi Park", a prototype digital translation of the evidence-based and CDC supported Otago1-11 (SBIR 1R43AG040873-01) and Tai Chi12-47 (1R43AG043191- 01A1) exercise programs using a gesture based digital exercise experience to ease dissemination and increase adherence to falls prevention exercises for folks over the age of 65. What is lacking is a well-designed product that crosses all levels of care and independence. Essential to this product is a) a user interface that enables easy navigation by those with limited technological expertise, b) a clinician exercise configuration tool, c) a back end data capture system and d) a web app for viewing and reporting outcomes across levels of care. The challenge we face is designing a product that accommodates the needs of all stakeholders including people over 65 with varying levels of falls risk, clinicians (physical therapists, occupational therapists, social workers, physicians), fitness trainers, technicians, and caregivers. While the heart of the program is the exercises, a user interface that creatively addresses the needs of all stakeholders is essential for commercialization. Specific Aims: We will use standard product testing methodology, such as focus groups, card-sorting, play-testing, user acceptance testing and feasibility testing throughout the process. The stakeholders will interact with the vertical slice prototype "Zoezi Park v1.0". As users interact with the product, their movements will be tracked with the Kinect(R) sensor, an innovative 3D gesture capture sensor that accurately identifies recognizes and tracks a user's physical movements. The testers will provide feedback regarding requirements unique to their level of technological experience, environment and level of care. "Zoezi Park" mediates many of the current barriers to dissemination of evidence based falls prevention programs. Finally, this product is relevant to the CDC initiatives because it is a digital translation of CDC supported falls prevention exercise programs and advances the availability of products and health practices for older adults". Deliverable: Zoezi Park v1.1 and a Phase 2 application.

描述（由申请人提供）：目标：第一阶段 SBIR 建议优化基于证据的跌倒预防计划的数字翻译的界面和交互，以便在护理和社区生活的整个过程中使用，从而轻松采用、遵守和监测跌倒为所有利益相关者（包括那些技术经验有限的利益相关者）进行预防演习。目的：具体来说，该提案描述了我们计划如何获得利益相关者的意见，以 a) 设计一个可访问的锻炼界面，供客户、临床医生、护理人员和各个级别的独立和护理援助支持人员使用，b) 设计一个可访问的 Web 应用程序，用于选择、跟踪和报告练习的遵守情况，供所有利益相关者使用。第二阶段将重点执行第一阶段的研究结果，并确定商业化之路。方法：我们将采用跨学科、以用户为中心、敏捷的游戏设计方法来开发“Zoezi Park”，并确保满足整个护理和社区环境中利益相关者的需求。 Blue Marble 已经创建了“Zoezi Park”，这是基于证据且 CDC 支持的 Otago1-11 (SBIR 1R43AG040873-01) 和 Tai Chi12-47 (1R43AG043191-01A1) 锻炼计划的原型数字翻译，使用基于手势的数字锻炼体验以便于传播并提高 65 岁以上人群对跌倒预防练习的坚持程度。目前缺乏的是精心设计的产品，跨越各个层面关心和独立。该产品的关键是：a) 一个用户界面，可供技术专业知识有限的人员轻松导航；b) 临床医生锻炼配置工具；c) 后端数据采集系统；以及 d) 用于跨级别查看和报告结果的 Web 应用程序的照顾。我们面临的挑战是设计一款能够满足所有利益相关者需求的产品，包括 65 岁以上、具有不同程度跌倒风险的人、临床医生（物理治疗师、职业治疗师、社会工作者、医生）、健身教练、技术人员和护理人员。虽然该计划的核心是练习，但创造性地满足所有利益相关者需求的用户界面对于商业化至关重要。具体目标：我们将在整个过程中使用标准的产品测试方法，例如焦点小组、卡片分类、游戏测试、用户验收测试和可行性测试。利益相关者将与垂直切片原型“Zoezi Park v1.0”进行互动。当用户与产品交互时，他们的动作将被 Kinect(R) 传感器跟踪，这是一种创新的 3D 手势捕捉传感器，可以准确地识别和跟踪用户的身体动作。测试人员将根据其技术经验水平、环境和护理水平提供有关独特要求的反馈。 “Zoezi Park”调解了当前传播基于证据的跌倒预防计划的许多障碍。最后，该产品与 CDC 举措相关，因为它是 CDC 支持的跌倒预防锻炼计划的数字化翻译，并提高了老年人的产品和健康实践的可用性。可交付成果：Zoezi Park v1.1 和第 2 阶段应用程序。