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Analysis of pulse oximeters for detection of SpO2 and pulse rate variation during motion artifact


, : Analysis of pulse oximeters for detection of SpO2 and pulse rate variation during motion artifact. Anesthesiology (Hagerstown) 91(3A): A582, Sept


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Related references

Jopling, M.; Mannheimer, P.; Bebout, D., 2002: An evaluation of pulse oximetry performance during motion artifact in a cold room environment in three pulse oximeters designed for use in motion. Anesthesia & Analgesia 94(1S Supplement): S104, January

Shah, N.; Clack, S.; Mansouri, S.; Mahdavian, I., 2002: Effect of gender on the pulse rate accuracy of five major brands of pulse oximeters during motion in the presence of low perfusion. Anesthesia & Analgesia 94(2S Supplement): S 106, February

Jopling, M.W.; Mannheimer, P.D.; Bebout, D.E., 2002: Sensitivity and Specificity Performance during Motion Artifact in Three Pulse Oximeters Designed for Use in Motion. Introduction:Two new pulse oximetry signal processing methodologies (Nellcor/Oxismart XL(R) and Masimo SET(R)) have been introduced for the continuous and accurate reading of saturation (SpO2) during patient motion. We evaluated and compared these...

Shah, N.; Clack, S.L.; Hoang, T.D., 2002: Is There a Difference in the Recovery Time for the Accurate Display of Oxygen Saturation and Pulse Rate after Motion Induced Failure of Pulse Oximeters during Low Perfusion and Normoxemia or Hypoxemia in Human Volunteers?. INTRODUCTION: Monitoring Pulse Oximetry has become standard of care in OR and PACU. Patient movement is very common in the PACU and in the OR especially at the critical time of extubation. Unfortunately, conventional POs may not function well duri...

Shang, A.B., 2002: An investigational study to assess the performance of pulse oximeters under the presence of motion artifact. Anesthesia & Analgesia 94(1S Supplement): S107, January

Gehring, H.; Hornberger, C.; Matz, H.; Konecny, E.; Schmucker, P., 2001: The effects of motion artifact and low perfusion on the performance of a new generation of pulse oximeters in volunteers undergoing hypoxemia. Motion artifact and low perfusion often lead to faulty or absent pulse oximetry readings in clinical practice. Determine the impact of motion artifact and low perfusion on newly introduced pulse oximetry technologies during hypoxemic episodes in h...

Paradkar, N.; Chowdhury, S.Roy., 2015: Fuzzy entropy based motion artifact detection and pulse rate estimation for fingertip photoplethysmography. The paper presents a fingertip photoplethysmography (PPG) based technique to estimate the pulse rate of the subject. The PPG signal obtained from a pulse oximeter is used for the analysis. The input samples are corrupted with motion artifacts due...

Goldstein, M.R.; Furman, G.I.; Pernia, M.L.; Alejo, P.L.; Yang, L.L.; Sindel, B.D.; Ochikubo, C.G.; Martin, G.I., 2002: Performance of motion-resistant pulse oximeters in tracking neonatal heart rate variability. Anesthesia & Analgesia 94(1S Supplement): S102, January

Russell, G.B.; Schuler, H.G.; Graybeal, J.M., 1999: Critical evaluation of new pulse oximeters for low pulse amplitude detection. Anesthesiology (Hagerstown) 91(3A): A584, Sept

Taylor, M.B.; Whitwam, J.G., 1988: The accuracy of pulse oximeters. A comparative clinical evaluation of five pulse oximeters. The accuracy of five commercially available pulse oximeters was compared against arterial blood oxygen saturation, under similar clinical conditions. The oximeters had very similar performance in the clinically useful range of 80-100%, with a tend...