论文标题
基于Arduino的心跳检测装置（ARDMOB-ECG）用于实时ECG分析
An Arduino based heartbeat detection device (ArdMob-ECG) for real-time ECG analysis
论文作者
论文摘要
该技术论文提供了一个教程，以建立低成本（10-100美元）且易于组装的ECG设备（ARDMOB-ECG），可轻松用于各种不同的科学研究。该设备的优点是它自动存储数据并具有用于心跳的内置检测算法。与临床ECG相比，该设备需要一个串行接口，该串行接口可以通过USB直接将触发器发送到计算机和软件（例如Unity，Matlab），但由于其架构而导致的延迟很小。它的软件和硬件是开源的，并且可以公开使用。该设备在灵敏度和特异性方面的性能与专业的临床心电图相当，并在本文中进行了评估。由于开源软件，可以使用此ECG对各种不同的研究问题和个人更改进行调整。该守则和巡回赛都是公开可用的，每个人都可以在偏远地区，开放科学促进更好的卫生系统，并促进科学进步以及最终促进创新的新范式的发展。
This technical paper provides a tutorial to build a low-cost (10-100 USD) and easy to assemble ECG device (ArdMob-ECG) that can be easily used for a variety of different scientific studies. The advantage of this device is that it automatically stores the data and has a built-in detection algorithm for heartbeats. Compared to a clinical ECG, this device entails a serial interface that can send triggers via USB directly to a computer and software (e.g. Unity, Matlab) with minimal delay due to its architecture. Its software and hardware is open-source and publicly available. The performance of the device regarding sensitivity and specificity is comparable to a professional clinical ECG and is assessed in this paper. Due to the open-source software, a variety of different research questions and individual alterations can be adapted using this ECG. The code as well as the circuit is publicly available and accessible for everyone to promote a better health system in remote areas, Open Science, and to boost scientific progress and the development of new paradigms that ultimately foster innovation.
