Using both qualitative (focus group interview) and quantitative (online survey) methods, we obtained several findings.
By these methods, we obtained the convergence values, the frequency distributions and the cumulative probability distributions of various performance parameters.
Compared with LP and SDP methods, we obtained bigger or at least the same recoverable sparsity kmax by using pick-2, pick-3, and TSA.
As a by-product of our methods, we obtained the high order approximations to the values of (u') as well, at each grid point.
Methods: We obtained list of potential ICU facilities from various sources and then performed a cross-sectional survey by visiting each facility, and determining characteristics for each facility.
Using newly developed computational methods, we obtained the type III internal stress associated with each of these microstructural objects in a stress-free nanocrystalline Cu.
Using numerical methods such as PWE and FDTD methods we obtained the optical properties of our proposed structure and investigated the effect of different parameters on the output wavelength of the filter.
Using decomposition and quasi-induced exposure methods, we obtained the proportion of increase in death rates for each age and gender group associated with exposure, risk of collision and fatality.
Using simultaneously automated (video recordings and parking gates online data) and manual (driver and vehicle surveys) data collection methods we obtained data that is detailed, i.e. at the level of a single truck trip, and complete, i.e. we observed all freight vehicle trips that took place during the observation period.
