Sentence examples for a function of observable from inspiring English sources

One estimates the probability that individual i belongs to class c where these probabilities are a function of observable characteristics of the individual (covariates); this is much more flexible than assuming, for example, that all farmers have the same preferences.

So, we can express it as a function of observable factors in this latent variable model (probit model) as follows: {G}_i^{ast }={beta X}_i+{u}_i mathrm{with} {G}_i=left{begin{array}{c}1 mathrm{if} {G}_i^{ast }>0 0 mathrm{if} {G}_i^{ast}le 0end{array}right.

However, if this ratio is graphed against a function of observable parameters, such as instead of, the differences between models are small (Additional file 3) and could not be demonstrated in practice given the sampling errors of the parameters.

Related problems and approaches: similarity-based methods compute the score of a given protein pair as a function of observable attributes (e.g. corresponding genes' expression levels) of the two proteins under examination.

Calculated number N of emitters in the galaxy as a function of the observable radius for different detection probabilities ϕ.

Figure 2: The detection probability p(Ro) is plotted as a function of the observable radius Ro.

Interpretation of such parameters should take into account the potential for their heterogeneity as a function of both observables and unobservables.

Zhang et al. performed replica exchange MD (REMD) calculations on TRPZ2 with explicit treatment of the water (4), which allowed them to elucidate the projected free energy landscape of the peptide as a function of several observables.

Letting G it denote whether individual i who entered college in period t graduated within five years, we first specify G it as depending on whether the individual was in the period post-Prop 209, POST it, a flexible function of observable characteristics X it, and an error term, ε it : G it = α 0 POS T it + f ( X it ) + ε it (1).

Motivated by this interesting observation, back-projection studies extended to intermediate frequencies, down to about 0.1 Hz, have suggested that a progressive transition of rupture properties as a function of frequency is observable.

Some authors have proposed SFA models in which the inefficiency effects (ui) are expressed as a function of a vector of observable explanatory variables and all parameters – frontier production and inefficiency effects – are estimated simultaneously (Kumbhakar et al., 1991; Reisfschneider and Stevenson, 1991; Huang and Liu, 1994).