Compared with the survival benefit from the static modeling approach, the survival benefit was much smaller in the time-varying model that accounted for the time when patients switched from Tx1 to Tx2.
We used a multi-species occupancy model that accounted for incomplete detection to evaluate hypotheses for occupancy and species richness.
Estimates were derived using a random parameter model that accounted for socio-economic and attitudinal determinants of choice, using choice experiment data.
The experimental data could be accurately characterized using a mathematical model that accounted for first-order attachment, detachment, and time and depth-dependent straining processes.
For all datasets, model B had the lowest AICc value, indicating that a compartmental model that accounted for tracer movement to and from the vessel was necessary and sufficiently complex to describe the data.
Regression modeling was used to obtain estimates of the count rate vs. object size relationship, in the form of a mixed model that accounted for the fact that observations were not completely independent but are correlated within the series.
Likewise, a model that accounted for shifts in public attention, e.g., brought about by exogenous events, reproduced in simulation the aggregate distribution of popularity of Web pages [22], but did not model dynamics of individual items.
We then fitted an occupancy model that accounted for detectability and spatial autocorrelation to assess the relative influence of habitat, major prey, disturbance and management on tiger habitat use patterns.
Deposition kinetic of NPs was successfully simulated using a two-site kinetic model that accounted for irreversible deposition and blocking on each site, i.e., a decreasing deposition rate as the site filled.
The breakthrough curves and retention profiles were simulated using a numerical model that accounted for the advective-dispersive transport of all compounds, attachment/detachment of MWCNTs, equilibrium and kinetic sorption of contaminants, and co-transport of contaminants with MWCNTs.
Multiple sets of four bearings (207H size) were tested using the least-of-four technique and sudden-death statistics to obtain a Weibull distribution based upon a bivariate model that accounted for load, time, and sample size.
