Bioimpedance Device for Monitoring Peripheral Artery Disease Progression

Citation Author(s):
Sungcheol
Hong
Texas A&M
Submitted by:
Sungcheol Hong
Last updated:
Mon, 07/08/2024 - 15:58
DOI:
10.21227/3sgg-e474
License:
Creative Commons Attribution
61 Views
Categories:
Analog signal processing
Wearable Sensing
Biomedical and Health Sciences
Keywords:
bioimpedance, artery, biosensors, Wearable Devices, condition monitoring, Biomedical and Health Sciences
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Abstract 

Raw data of 'Tetherless Multi-targeted Bioimpedance Device for Monitoring Peripheral Artery Disease Progression'

 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.

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