30 closest matches · ranked by relevance
Healthy · Hypoxia
Primary: Accuracy of Sensor by Arms Calculation — 1.62; 1.56; 1.48; 1.72 Root Mean Square Error (%)
Healthy
Primary: Accuracy of Sensor by Arms Calculation — 1.9 % of oxygen saturated hemoglobin
Healthy
Primary: Accuracy of Sensor by Arms Calculation — 2.0 % of oxygen saturated hemoglobin
Healthy
Primary: SpO2 ARMS of Sensor Under Motion Conditions — 1.31 % of oxygen saturated hemoglobin
Hypoxia
Primary: It Was Expected That the Accuracy Root Mean Square (ARMS) Between Measured SpO2 of Owlet Smart Sock V2 v1.1 and Reference SpO2 Would Meet the Required Specification of…
Healthy · Hypoxia
Primary: Accuracy of Sensor by Arms Calculation — 2.04; 2.11 Root Mean Square Error (%)
Healthy
Primary: SpO2 Accuracy of Masimo INVSENSOR00069 — 1.72 % of oxygen saturated hemoglobin
Oxygen Saturation
Primary: Device-wise Comparison of Tissue Oxygenation Measurement — 62.7; 91.2; 97.58; 97.95 percentage of oxygen
Healthy · Hypoxia
Primary: Accuracy of Sensor by Comparing SpO2 Percent Blood Oxygen Saturation to SaO2 Percent Blood Oxygen Saturation Utilizing Arms Calculation Calculation [Time Frame: 1 - 5…
Hypoxia
Primary: Measure of Accuracy (ARMS [%]) — 2.95 Percentage
Desaturation of Blood
Primary: Composite Outcome Measure: Successful Capture of Peripheral Capillary Oxygen Saturation (SpO2) Level — 12 participants
SpO2 · Peripheral Oxygen Saturation Measurement
Primary: Collection of Subject SpO2 Percentage Sensor Data With Transfer Standard Measurements for Validation — 31 data sets
Healthy · Hypoxia
Primary: Accuracy of Sensor by Arms Calculation Under Motion Conditions — 2.80; 2.66 Root Mean Square Error (%)
Healthy
Primary: Accuracy of Red Diamond Disposable Pulse Oximeter Sensor by Arms Calculation — 1.16 percent of oxygen saturated hemoglobin
Pulse Oximetry
Primary: Accuracy Root Mean Square (ARMS) — 1.488; 1.465; 1.651; 1.352 Accuracy Root Mean Square
Hypoxia
Primary: Accuracy of Sensor Oxygen Saturation by Arms Calculation — 2.0 percentage of SpO2
Hypoxia
Primary: Accuracy of Sensor Oxygen Saturation by Arms Calculation — 2.0 percentage of SpO2
Hypoxia
Primary: Accuracy of Sensor Oxygen Saturation by Arms Calculation — 2.0 percentage of SpO2
Hypoxia
Primary: Accuracy of Sensor Oxygen Saturation by Arms Calculation — 2.0 percentage of SpO2
Hypoxia
Primary: Accuracy of Sensor Oxygen Saturation by Arms Calculation — 0.86 percentage of RMS error
Healthy
Primary: SpO2 Accuracy of the MightySat Pulse Oximeter — 1.30 % of oxygen saturated hemoglobin
Oximetry
Primary: RMSE Compared to CO-oximetry — 2.97; 3.00 RMSE (%)
Healthy
Primary: Accuracy of Sensor by Arms Calculation — 1.6 % of oxygen saturated hemoglobin
Hypoxia
Primary: SpO2 Accuracy (Arms) of ≤3 Between 70 and 100% — 2.10; 2.19 Percentage
Healthy
Primary: Specificity for Changes in ORi Values as Compared to Corresponding Changes in PaO2 Values. — 94.82; 90.69; 100 percentage of true negatives
Healthy
Primary: Sensitivity for Changes in ORi Values as Compared to Corresponding Changes in PaO2 Values. — 93.63 percentage of true positives
Healthy
Primary: Concordance for Changes in ORi Values as Compared to Corresponding Changes in PaO2 Values. — 99.68; 92.94; 91.48 percentage of accuracy
Healthy
Primary: Concordance for Changes in ORi Values as Compared to Corresponding Changes in PaO2 Values — 99.4; 89.74; 89.86 percentage of accuracy
Healthy · Hypoxia
Primary: SpO2 Accuracy During Motion Conditions - MaxA Sensor — 1.78 Accuracy Root Mean Square
Hypoxia
Primary: Accuracy of Sensor Oxygen Saturation by Arms Calculation — 1.0 percentage of RMS error