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YouMake: A Low-Cost, Easy for Prototyping, Didactic and Generic Platform for Acquisition and Conditioning of Biomedical Signals

机译:YOUMAKE:一种低成本,易于原型设计,教学和普通平台,用于获取和调节生物医学信号

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The study of cell's electric properties began in XVIII. Since then, several researchers began focusing their studies in biomedical signals, making way for today's high precision tech for modern medicine - expensive and used by professionals. However, the emergence of new research fields in the biomedical area like monitoring of human activity and human-machine interface brought the need to measure biomedical signals through simple devices. In addition, there was a growth of the DIY (do-it-yourself) movement boosted by prototyping platforms such as Arduino and Raspberry-pi. Thus, came the idea to develop YouMake, a platform for acquisition and conditioning of biomedical signals with low cost, easy prototyping, versatile and generic. For evaluation purposes, an experimental study using YouMake with twenty-four participants was divided into two groups, the first consisting of participants with experience in the study area and the latter represented by participants with no experience. Usability and prototyping time of the participants in the prototyping of the platform for the acquisition of three biological signals were evaluated: ECG, EMG and EOG. The usability and prototyping time of the participants were evaluated in the prototyping of the platform for the acquisition of three biological signals: ECG, EMG and EOG. The results were statistically analyzed using the Shapiro-Wilk, Levene and t-student tests, which showed that there was no statistical difference between the means of the experienced and the non-experienced groups. This showed that both experienced and inexperienced people in the study have the same ease in using the platform.
机译:细胞的电特性的研究始于十八。从那时起,一些研究人员开始注重他们的研究在生物医学信号,使得今天的高精度技术为现代医学的方式 - 昂贵和专业人士使用。然而,新的研究领域像监控人类活动和人机界面的生物医学领域的出现所带来的需求通过简单的设备来测量生物医学信号。此外,还有就是DIY(做自己动手)的运动提振原型平台等的Arduino和覆盆子的pi的增长。因此,来到思路去发展YouMake,收购和具有成本低,易成型,通用和通用生物医学信号调理的平台。出于评估目的,使用YouMake与24参加的实验研究分为两个组,第一组由参与者在研究领域和经验的参与者没有任何经验,代表后者。可用性,并在平台的收购三家生物信号的原型参与者的原型时间进行了评价:心电图,肌电图和EOG。心电图,肌电图和EOG:参与者的可用性和原型制作的时间在平台的收购三家生物信号的原型进行了评价。使用夏皮罗 - 威尔克,列文和T-学生的测试,结果显示,有经验丰富的手段和无经验的组间差异无统计学意义的结果进行统计分析。这表明,有经验的和没有经验的人在研究在使用该平台一样轻松。

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