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Real-Time Fetal ECG System Design using Embedded Microprocessors

机译:使用嵌入式微处理器的实时胎儿ECG系统设计

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The emphasis of this project lies in the development and evaluation of new robust and high fidelity fetal electrocardiogram (FECG) systems to determine the fetal heart rate (FHR). Recently several powerful algorithms have been suggested to improve the FECG fidelity. Until now it is unknown if these algorithms allow a real-time processing, can be used in mobile systems (low power), and which algorithm produces the best error rate for a given system configuration. In this work we have developed high performance, low power microprocessor-based biomedical systems that allow a fair comparison of proposed, state-of-the-art FECG algorithms. We will evaluate different soft-core microprocessors and compare these solutions to other commercial off-the-shelf (COTS) hardcore solutions in terms of price, size, power, and speed.
机译:该项目的重点在于开发和评估新的强大和高保真胎儿心电图(FECG)系统,以确定胎儿心率(FHR)。最近有几种强大的算法已经提出改善FECG保真度。到目前为止,如果这些算法允许实时处理,则尚不清楚,可以用于移动系统(低功率),并且哪种算法为给定系统配置产生最佳错误率。在这项工作中,我们开发了高性能,基于低功耗的微处理器的生物医学系统,允许建议的最先进的FECG算法进行公平比较。我们将评估不同的软核心微处理器,并在价格,尺寸,功率和速度方面将这些解决方案与其他商业现货(COTS)硬核解决方案进行比较。

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