8 Clinical Trials for Various Conditions
Randomized controlled trial of a time motion study of time spent obtaining and charting vital signs for inpatients, comparing use of a wireless Bluetooth vital sign array as intervention versus routine vital sign obtainment activity on a general medical floor.
Evaluating the Accuracy of a Web-Based Application - Vital Sign Measurement Platform. This single-arm cohort, open-label study is designed to evaluate the accuracy of a web-based application designed for measurements of vital signs including respiratory rate (RR). The purpose of the study is to conduct accuracy validation when compared to a FDA-cleared/approved vital sign monitoring device (reference device).
Evaluating the Accuracy of a Web-Based Application - Vital Sign Measurement Platform Description This single-arm cohort, open-label, and multi-center study is designed to evaluate the accuracy of a web-based application designed for measurements of vital signs including pulse rate (PR). It is hypothesized that the accuracy of the App is non-inferior to the accuracy of an FDA-cleared/approved vital sign monitoring device (reference device).
This study compares both of the investigational device and reference device to the gold standard Patient Monitor of the accuracy of heart rate and respiratory rate monitoring. The primary variables for the analysis of heart rate (HR) and respiratory rate (RR) are each of the overall mean roots mean square difference (RMSD). Results of the investigational device and reference device compared with the patient monitor is evaluated to see if there are equivalent. Motion and bed exit accuracy will be evaluated by comparing with the manual observation.
This study compares both of the investigational device and reference device to the gold standard Patient Monitor of the accuracy of heart rate and respiratory rate monitoring. The primary variables for the analysis of heart rate (HR) and respiratory rate (RR) are each of the overall mean roots mean square difference (RMSD). Results of the investigational device and reference device compared with the patient monitor is evaluated to see if there are equivalent. Motion and bed exit accuracy will be evaluated by comparing with the manual observation.
This study comparing both of the investigational device and reference device to gold standard Patient Monitor of the accuracy of heart rate and respiratory rate monitoring. The primary variables for the analysis of heart rate (HR) and respiratory rate (RR) are each the overall mean root mean square difference (RMSD). Results of the investigational device and reference device compared with the patient monitor are evaluated to see if there are equivalent. Motion and bed exit accuracy will be evaluated by comparing with the manual observation.
This study comparing both of the investigational device and reference device to gold standard Patient Monitor of the accuracy of heart rate and respiratory rate monitoring. The primary variables for the analysis of heart rate (HR) and respiratory rate (RR) are each the overall mean root mean square difference (RMSD). Results of the investigational device and reference device compared with the patient monitor are evaluated to see if there are equivalent. Motion and bed exit accuracy will be evaluated by comparing with the manual observation.
The primary objective of this study is to evaluate the feasibility of the use of an investigational wearable vital sign monitoring device in infants.