A novel pulse morphology-based approach for estimation of blood pressure from non-invasive oscillometric blood pressure measurement is presented. Quantitative measures that describe the pulse morphology are utilized to obtain the estimates of mean arterial, systolic, and diastolic pressures. Preliminary results obtained from a small set of measurements are used to demonstrate the feasibility of the proposed approach. The estimates obtained through pulse morphology-based approach is compared with those obtained from a commer
Since the beginning of time, healthcare has existed and evolved alongside the human race. The ancien...
The most common automated blood pressure devices determine systolic, diastolic and mean arterial blo...
Oscillometry is the most common measurement method used in automatic blood pressure (BP) monitors. H...
A novel pulse morphology-based approach for estimation of blood pressure from non-invasive oscillome...
This thesis work presents the analysis of Oscillometric blood pressure pulse waveform under differen...
This paper presents a new analysis of oscillometric blood pressure signals using pulse morphology un...
This research presents a pulse-by-pulse analysis of Oscillometric blood pressure waveform at systoli...
A new oscillometric pulse index (OPI) derived from the maximum slope (MS) of each pulse in the oscil...
Blood pressure is one of the crucial vital signs that still lacks measurement accuracy in clinical e...
Abstract Background The oscillometric method of measuring blood pressure with an automated cuff yiel...
The oscillometric method is the most common technique used in commercial non-invasive blood pressure...
The aim of my work is the literature review about compliance arterial bed and blood pressure measure...
In the study, novel blood pressure estimation method was proposed to improve the accuracy of oscillo...
Blood pressure (BP) is an important vital signal for determining the health of an individual subject...
Blood Pressure (BP) is one of the most important physiological indicators that provides useful infor...
Since the beginning of time, healthcare has existed and evolved alongside the human race. The ancien...
The most common automated blood pressure devices determine systolic, diastolic and mean arterial blo...
Oscillometry is the most common measurement method used in automatic blood pressure (BP) monitors. H...
A novel pulse morphology-based approach for estimation of blood pressure from non-invasive oscillome...
This thesis work presents the analysis of Oscillometric blood pressure pulse waveform under differen...
This paper presents a new analysis of oscillometric blood pressure signals using pulse morphology un...
This research presents a pulse-by-pulse analysis of Oscillometric blood pressure waveform at systoli...
A new oscillometric pulse index (OPI) derived from the maximum slope (MS) of each pulse in the oscil...
Blood pressure is one of the crucial vital signs that still lacks measurement accuracy in clinical e...
Abstract Background The oscillometric method of measuring blood pressure with an automated cuff yiel...
The oscillometric method is the most common technique used in commercial non-invasive blood pressure...
The aim of my work is the literature review about compliance arterial bed and blood pressure measure...
In the study, novel blood pressure estimation method was proposed to improve the accuracy of oscillo...
Blood pressure (BP) is an important vital signal for determining the health of an individual subject...
Blood Pressure (BP) is one of the most important physiological indicators that provides useful infor...
Since the beginning of time, healthcare has existed and evolved alongside the human race. The ancien...
The most common automated blood pressure devices determine systolic, diastolic and mean arterial blo...
Oscillometry is the most common measurement method used in automatic blood pressure (BP) monitors. H...