Sentence examples for framework corresponds from inspiring English sources

The LCM framework corresponds well with the automobile dependence and 'peak car' arguments [3, 13], which promote a paradigm change in transport planning.

The ATE methodology enables the identification and consistent estimation of the population mean adoption outcome E y 1) and the population mean adoption outcome conditional on a vector of covariates x E y 1|x), which in this framework corresponds to the conditional population mean adoption outcome (ATE) denoted usually as ATE x) (Wooldrige 2002 chapter 18).

The above framework corresponds to the problem of our interest, since a user paying higher prices in order to increase his data rate is followed by a similar trend from the rest of the users, who in order to withstand bandwidth competition will also accept to be charged at higher prices so as to maintain their achieved data rates.

Each step in the framework corresponds with a set of indicators for empirical operationalization which has been proposed in the literature [ 24].

Developing a comprehensive human resource (HR -planning framework tHR -planningnds to the variety oframeworkthatissues has seldom been observed in existing projecorrespondsntolitheature.

So the cluster in in the Bayesian framework, clustering corresponds to assigning these data points to particular mixture components, and at the same time, figuring out what the parameters of those mixture components are.

They aim to ask whether the framework correctly corresponds to reality, whether or not there really are numbers.

In this framework, perception corresponds to optimizing the model by changing synaptic activity and connection strengths to minimize prediction errors.

Knibbe's model fits into our framework and corresponds to the finite-sized population case discussed in Sect.  5.

Gene expression studies at developmental transitions, therefore, offer a window into the genetic framework that corresponds to distinct morphological features and ecological demands.

In our framework, m corresponds to the minimum number of permutations σ1,…, σ m ∈ Σ such that σ1⊗⋯⊗ σ m (f)= f d.