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A Methodology for Modeling and Simulation of Biomedical Signal Acquisition Devices

机译：生物医学信号采集装置的建模和仿真方法

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摘要

Physicians analyze results obtained from biomedical signal acquisition devices to treat and diagnose patients with acute and chronic diseases. Therefore, results must be accurate to avoid errors during the evaluation of patients. Manufacturers should develop biomedical signal acquisition devices in order to be safe and effective. However, there are still problems related to safety and effectiveness in this type of device according to regulatory agencies such as the US Food and Drug Administration (FDA). In this context, manufacturers should use techniques to perform the formal specification, validation, and simulation to increase the dependability of devices. We propose in this paper a methodology for modeling and simulation of biomedical signal acquisition devices aiming to provide a reliable way to perform tests during its development. A case study of a non-invasive ECG device is presented as a use scenario of the methodology.
机译：医生分析从生物医学信号采集装置获得的结果，以治疗和诊断患有急性和慢性疾病的患者。因此，结果必须准确地避免在评估患者期间的错误。制造商应该开发生物医学信号采集装置，以便安全有效。然而，根据美国食品和药物管理局（FDA）的监管机构，仍然存在与这种类型的安全性和有效性有关的问题。在这种情况下，制造商应该使用技术来执行正式的规范，验证和仿真，以提高设备的可靠性。我们在本文中提出了一种用于建模和模拟生物医学信号采集设备的方法，其旨在提供可靠的方法来在其开发过程中进行测试。对非侵入式心电图设备的案例研究作为方法的使用场景。

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