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支持公平获取辅助技术的基于网络的系统导航数据库:可用性测试研究

Web-Based System Navigation Database to Support Equitable Access to Assistive Technology: Usability Testing Study.

作者信息

Jarvis Tamika, Mah Allison M L, Wang Rosalie H, Wilson Michael G

机构信息

Department of Health Research Methods, Evidence, and Impact, McMaster University, Hamilton, ON, Canada.

Department of Occupational Science & Occupational Therapy, University of Toronto, Toronto, ON, Canada.

出版信息

JMIR Form Res. 2022 Nov 3;6(11):e36949. doi: 10.2196/36949.

Abstract

BACKGROUND

Assistive technology (AT) can contribute to how individuals participate and engage in everyday activities, such as communication and mobility, and facilitates access to the services they require. Navigating Canada's AT system has been described as fragmented and complex, presenting barriers for individuals who require AT, caregivers, and health service providers. AccessATCanada was developed as a centralized web-based resource to help support access to AT by providing information about the existing jurisdictional funding programs and services.

OBJECTIVE

This study aimed to evaluate the usability of AccessATCanada by gathering feedback about its features, functionality, and areas of strength and opportunity from potential end users.

METHODS

A usability testing study using a think-aloud approach and semistructured interviews was conducted to measure the effectiveness and efficiency of and user satisfaction with AccessATCanada and to identify issues with the interface during end-user interaction. A qualitative thematic analysis was used to generate insights into and core themes about user experiences. User feedback was used to inform subsequent updates of the database with the goal of enhancing website friendliness and functionality before its official launch.

RESULTS

A total of 10 participants (6 consumers, 1 caregiver, and 3 providers) participated in the usability testing study. The usability performance and scores tended to improve between the 2 testing cycles. Most participants were able to successfully complete all the tasks independently. The efficiency scores tended to improve as the users continued to engage with the interface. The website received an overall System Usability Score of 62.22, which was ranked as "OK/fair to good." The users provided an overall positive evaluation of the beta version of the web-based resource tested over 2 cycles and helped to identify areas for improvement. They commented on the functionality and added value of the website, discovery of new programs and resources, and design aesthetics. Most usability issues were reported as minor challenges related to presentation, functionality, and language, and feedback was adopted into later iterations of the website.

CONCLUSIONS

This study provides reflections on the value of usability testing and elements that are key to the creation of user-centered resources, such as the inclusion of participants with various abilities and considerations regarding website design and accessibility in an increasingly web-based world. AccessATCanada is now part of a growing global response to expand the reach of AT programs and services, improve the equity of access to AT, and reduce the complexity of navigating AT systems.

摘要

背景

辅助技术(AT)有助于个体参与日常活动,如沟通和移动,并促进他们获得所需的服务。加拿大的辅助技术系统被描述为分散且复杂,给需要辅助技术的个体、护理人员和医疗服务提供者带来了障碍。“加拿大辅助技术接入”(AccessATCanada)作为一个基于网络的集中资源而开发,旨在通过提供有关现有司法管辖区资助项目和服务的信息,帮助支持辅助技术的接入。

目的

本研究旨在通过收集潜在终端用户对其功能、特性以及优势和改进机会领域的反馈,评估“加拿大辅助技术接入”的可用性。

方法

采用出声思考法和半结构化访谈进行了一项可用性测试研究,以衡量“加拿大辅助技术接入”的有效性、效率和用户满意度,并识别终端用户交互过程中界面存在的问题。采用定性主题分析来深入了解用户体验并生成核心主题。用户反馈被用于为数据库的后续更新提供信息,目标是在网站正式上线前提高其友好性和功能性。

结果

共有10名参与者(6名消费者、1名护理人员和3名提供者)参与了可用性测试研究。可用性表现和得分在两个测试周期之间趋于提高。大多数参与者能够独立成功完成所有任务。随着用户持续与界面交互,效率得分趋于提高。该网站的整体系统可用性得分为62.22,被评为“尚可/一般到良好”。用户对经过两个周期测试的基于网络资源的测试版给出了总体积极评价,并帮助确定了改进领域。他们对网站的功能和附加价值、新程序和资源的发现以及设计美学发表了评论。大多数可用性问题被报告为与展示、功能和语言相关的小挑战,反馈被纳入网站的后续迭代中。

结论

本研究对可用性测试的价值以及创建以用户为中心的资源的关键要素进行了思考,例如纳入具有不同能力的参与者,以及在日益基于网络的世界中对网站设计和可访问性的考虑。“加拿大辅助技术接入”现在是全球范围内不断增加的应对措施的一部分,以扩大辅助技术项目和服务的覆盖范围,提高辅助技术接入的公平性,并降低辅助技术系统导航的复杂性。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/e20f/9673003/0c78b47f60b6/formative_v6i11e36949_fig1.jpg

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