And parameters of the two distributions were estimated by the maximum likelihood estimation (MLE).
10,000 samples from the distributions were estimated.
Ash spatial distributions were estimated via Monte Carlo methods and available vegetation plot data.
Product distributions were estimated with a parametric stoichiometric equilibrium model calibrated using atmospheric air gasification data.
The parameters of the distributions were estimated using the method of probability weighted moments.
Survival distributions were estimated by the Kaplan Meier method, and the significance of differences between survival rates was ascertained with the log-rank test.
Statistical analyses Usual nutrient intake distributions were estimated using the Iowa State University method for adjustment of the distribution.
Velocity distributions were estimated from the measured tracer locations for a range of barrel speeds, flow rates and rheological properties.
Empirical distributions were estimated from the ensemble forecasts and compared with the analytic distributions output by the BFS.
Using these relationships, floristics and both height and FPC distributions were estimated for forests contained with the PSU grid and extrapolated to the study area.
WDR intrusion studies were carried out only on the hip roof building, while wind pressure distributions were estimated for the gable and hip roof buildings.
