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Fun cube based brain gym cognitive function assessment system

机译:有趣的基于立方体的大脑健身房认知功能评估系统

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The aim of this study is to design and develop a fun cube (FC) based brain gym (BG) cognitive function assessment system using the wireless sensor network and multimedia technologies. The system comprised (1) interaction devices, FCs and a workstation used as interactive tools for collecting and transferring data to the server, (2) a BG information management system responsible for managing the cognitive games and storing test results, and (3) a feedback system used for conducting the analysis of cognitive functions to assist caregivers in screening high risk groups with mild cognitive impairment. Three kinds of experiments were performed to evaluate the developed FC-based BG cognitive function assessment system. The experimental results showed that the Pearson correlation coefficient between the system's evaluation outcomes and the traditional Montreal Cognitive Assessment scores was 0.83. The average Technology Acceptance Model 2 score was close to six for 31 elderly subjects. Most subjects considered that the brain games are interesting and the FC human-machine interface is easy to learn and operate. The control group and the cognitive impairment group had statistically significant difference with respect to the accuracy of and the time taken for the brain cognitive function assessment games, including Animal Naming, Color Search, Trail Making Test, Change Blindness, and Forward / Backward Digit Span.
机译:本研究的目的是使用无线传感器网络和多媒体技术设计和开发基于CUBE(FC)的大型大脑健身房(BG)认知功能评估系统。该系统包括(1)交互设备,FC和工作站用作用于将数据收集和传输到服务器的交互式工具,(2)负责管理认知游戏和存储测试结果的BG信息管理系统,以及(3)a用于进行认知功能分析的反馈系统,帮助护理人员筛选具有轻度认知障碍的高风险群体。进行三种实验以评估开发的基于FC的BG认知函数评估系统。实验结果表明,系统评估结果与传统蒙特利尔认知评估评分之间的Pearson相关系数为0.83。平均技术验收模型2分数接近31名老年人的六个。大多数科目认为大脑游戏很有趣,FC人机界面易于学习和操作。对照组和认知障碍组在大脑认知函数评估游戏的准确性和时间的准确性方面具有统计学意义差异,包括动物命名,彩色搜索,迹线制作测试,更改失明和向前/向后数字跨度。

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