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2009•AIP conference proceedingsRequires access

A NEW APPROACH OF DYNAMIC BLOOD PRESSURE MEASUREMENT BASED ON THE TIME DOMAIN ANALYSIS OF THE PULSE WAVE

Zimei Su, Xu Wei, Yu Hui, Fei Du, Wang Jicun, Kexin Xu, Abdul Halim Hakim, Pandian Vasant, Nader Barsoum

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Abstract

In this study the pulse wave characteristics were used as a new approach to measure the human blood pressure. Based the principle of pulse wave and theory of the elastic vascular, the authors analyzed the characteristic of the pulse waveforms and revealed the characteristics points which could be used to represent the blood pressure. In this investigation the relevant mathematical feature was used to identify the relationship between the blood pressure and pulse wave parameters in a more accurate way. It also provided an experimental basis to carry out continuing non‐invasive blood pressure monitoring using the pulse wave method.

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What this paper is about

In this study the pulse wave characteristics were used as a new approach to measure the human blood pressure. Based the principle of pulse wave and theory of the elastic vascular, the authors analyzed the characteristic of the pulse waveforms and revealed the characteristics points which could be used to represent the blood pressure. In this investigation the relevant mathematical feature was used to identify the relationship between the blood pressure and pulse wave parameters in a more accurate way. It also provided an experimental basis to carry out continuing non‐invasive blood pressure monitoring using the pulse wave method.

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Available abstract

In this study the pulse wave characteristics were used as a new approach to measure the human blood pressure. Based the principle of pulse wave and theory of the elastic vascular, the authors analyzed the characteristic of the pulse waveforms and revealed the characteristics points which could be used to represent the blood pressure. In this investigation the relevant mathematical feature was used to identify the relationship between the blood pressure and pulse wave parameters in a more accurate way. It also provided an experimental basis to carry out continuing non‐invasive blood pressure monitoring using the pulse wave method.

Key concepts: Pulse wave, Pulse (music), Time domain, Waveform, Pulse Wave Analysis, Blood pressure, Acoustics, Measure (data warehouse)

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A NEW APPROACH OF DYNAMIC BLOOD PRESSURE MEASUREMENT BASED ON THE TIME DOMAIN ANALYSIS OF THE PULSE WAVE — Research Paper | ScholarLens