Sentence examples for experiments estimation from inspiring English sources

This methodology consists of the following steps: laboratory pervaporation experiments, estimation of the parameters needed for the modelling of the pervaporation, and finally the double verification of the parameters.

For this purpose, we investigate the following three experiments: Estimation of the state parameters of a noisy sinusoid tracking problem.

Although deviation of calculated temperatures for the experimental fluids is quite small (124 °C for the andesite experiment and 133 °C for the tonalite experiments), estimations for some springs lead to implausible low values, ranging below the discharge temperature (e.g., discharge temperature/calc. temperature for Car = 82/77 °C or Chi = 85/69 °C).

Previous experience and the magnitude of the experimental effect in preliminary experiments informed estimation of sample size in each experiment.

In all simulation experiments, the estimation error was calculated as the normalized Euclidean distance between estimated and simulated BD rates (i.e., the square of the difference between the observed and the simulated rates, divided by the simulated rate).

Information-theoretic design of experiments and estimation of discrete distributions.

For future high-precision CMB experiments, parameter estimation with a simple chi-squared model fit to the observed power spectrum will give virtually the smallest error bars possible (section 5.4 in Tegmark 1996).

Simulation analysis combined with experiments allowed estimation of the best values of laser process parameters for producing fuse links with good functional properties.

First, a full factorial design of experiments allowed estimation of a set of parameters of the numerical model that minimize a cost function.

We show that purging experiments allow estimation of a wider zone of the rate distribution than do batch experiments, and hence will provide predictions that are accurate over a wider range of time scales.

The solutions converge rapidly for typical operating conditions of the reactor, providing a useful means for analyzing as well as designing experiments for estimation of macropore and micropore diffusivities of a biporus catalyst.