Using this data, we estimated that ET in the ICU compared to ET time in the PACU would occur four hours later and that the standard deviation would be approximately 500 min. We calculated that 93 patients per group would be required to demonstrate a significant reduction in ET with a power of 90% at significance level of 5%.
Subjects with stroke did not demonstrate a significant reduction in preobstacle distance.
The aim was to demonstrate a significant reduction in the AHI and that this reduction was maintained over time.
Here we apply the method to one-dimensional electrostatic bounded plasma problems and demonstrate a significant reduction in computing time.
The results demonstrate a significant reduction of the roughness comparing to the literature results printed in consecutive sequence.
Numerical tests demonstrate a significant reduction of the computational time compared to existing solvers for concentrated contact problems.
Indeed, our experimental results demonstrate a significant reduction in the average packet latency and total power consumption with negligible area overhead.
Cramér Rao bound analysis and simulation results demonstrate a significant reduction in linewidth estimation error using quadrature detection, for both low and high values of phase noise.
Our methods are found to be efficient and fast, and our methods demonstrate a significant reduction in computational time and feasibility.
The results demonstrate a significant reduction in the life cycle costs of the system when controllable power demand is considered, especially in regions where wind and solar resources are relatively low.
Both theoretical and experimental tests demonstrate a significant reduction in the accelerations and forces generated by impacts between the end effector of a robot arm equipped with the proposed mechanism and a simplified human head model.
