Sentence examples for more appropriate mixture from inspiring English sources

The UK has better flood defences, a more appropriate mixture of ways to generate electricity, greener transport, new and more resilient infrastructure and millions of homes benefiting from improved insulation and the lower energy costs that go with it.

The aim of this article was to validate the underlying model through simulations and to propose a more appropriate model with a mixture distribution of horses in the case of a structured competition.

In a second illustration, we discover that a 6-component normal mixture model may be more appropriate than a 4-component normal mixture model for a general population of black singletons.

Furthermore, the mixture model (Model 2) had a consistently higher predictive ability than the conventional non-mixture model (Model 1), indicating that mixture models are more appropriate to analyse this type of data.

In addition, efficient ICA algorithms have mainly been designed for instantaneous mixtures, whereas convolutional mixtures would be more appropriate to model the blur affecting the text emerging from the back side, which appears smeared for effect of light diffusion through the paper, or ink absorption from the paper fibres.

To handle complex distribution, a mixture model is more appropriate.

A mixture model is more appropriate tool to handle the multimodal distribution.

Table 1 shows that, according to Akaike and Bayesian information criteria, the mixture model is more appropriate for our data than the model with homogeneous rates.

A small number of Gaussian mixtures may be more appropriate for the noisy speech signal which is spectrally flattened due to the high amplitude noise signal at low SNRs thereby eliminating the adverse effect of a poor fit to the test data at low SNRs.

However, recently it has been shown that linear ion traps can be rather more appropriate in certain analytes such as mixtures of specific peptides in biological specimens [ 6].

To be exact, it is more appropriate to use the viscosity for the mixture of liquid and gas for μ, since Eq. (8) is derived from the Poiseuille flow.