Sentence examples for a classical assumption from inspiring English sources

A classical assumption has been that most proliferating cells rely on de novo synthesis of lipids from sugars to make new cell walls.

This is a classical assumption of models describing size variation of STRs (Rose and Falush 1998; Sainudiin et al. 2004; Buschiazzo and Gemmel 2006) that had not yet been evaluated properly.

It is assumed that workers consume all their incomes (a typical classical assumption) and that the annual consumption by non-workers is proportional to (varvec{delta }), a bundle of commodities, which is given and constant.

Since Gaussian assumption is a classical modeling assumption heavily used in areas such as signal processing and communication system [18], from [16], the rate distortion function for a single Gaussian source N 0,σ2) with squared error distortion is R ( D ) = 1 2 log σ 2 D 0 ≤ D ≤ σ 2, 0 D > σ 2 (17).

The derivation of the fundamental differential equation of the problem is based on the classical assumption of a thin-walled beam with a non-deformable cross-section.

Specifically, this work aims to answer (1) how predicted mosquito control effectiveness is affected by replacing the classical assumption of a constant mortality hazard with an age dependent mortality hazard and (2) whether these results depend on the EIP.

The results provide interesting comparisons to the classical assumption of a two-parameter Weibull-distributed strength, showing that a three-parameter Weibull distribution and even a lognormal distribution fit better with the simulated strength data.

Current conceptual models tend to abandon the classical assumption of a strict hierarchy during differentiation and understand cell differentiation as a dynamic process [17].

This interpretation is similar to conceptual models that tend to abandon the classical assumption of a strict hierarchy during differentiation and understand cell differentiation as a dynamic process of "isologous diversification" or autostabilization of stochastic processes [26], [27], [28], [29].

Using a simple model of vector-borne disease transmission, it was demonstrated that the classical assumption that mosquitoes die at a constant (age independent) mortality rate has led most transmission models to overestimate the effectiveness of interventions which reduce the mosquito survival rate.

Most discussions of measurement error are based on the "classical" assumption that errors in measuring a particular variable are uncorrelated with the true value of that variable, the true values of other variables in the model, and any errors in measuring those variables.