Bioimpedance Device for Comprehensive Monitoring and Analysis of Peripheral Artery Disease Progression

Raw data of 'Tetherless Multi-targeted Bioimpedance Device for Comprehensive Monitoring and Analysis of Peripheral Artery Disease Progression on a Flexible Printed Circuit Board' The dataset includes results from measurements of pulse signals from three different arteries using a commercial bioimpedance device mentioned in the paper, both using the conventional method and the proposed approach.Moreover, the dataset encompasses simulated outcomes derived from HFSS (High-Frequency Structure Simulator), specifically investigating the impact of different plaque sizes on current induction at various frequencies.Lastly, we have included raw data that captures the dynamic signal variations under different conditions. This raw data highlights how the signal properties change in response to the application of pressure to the blood vessels, notably using a Blood Flow Restriction (BFR) band.

本数据集对应「用于柔性印刷电路板（Flexible Printed Circuit Board）上外周动脉疾病进展综合监测与分析的无缆多目标生物阻抗设备」的原始数据。数据集包含论文中提及的商用生物阻抗设备，分别采用传统测量方法与本文提出的方案，对三条不同动脉的脉搏信号开展测量得到的结果。此外，数据集还包含源自HFSS（High-Frequency Structure Simulator，高频结构模拟器）的仿真结果，该部分仿真专门探究了不同斑块尺寸对不同频率下电流感应的影响。最后，本数据集收录了记录不同工况下动态信号变化的原始数据，此类数据清晰展现了血管受压时（尤其通过使用血流限制（Blood Flow Restriction, BFR）绑带施加压力）信号特性的变化规律。