Sentence examples for exploiting the distribution of from inspiring English sources

The deterministic construction of folds is performed using unsupervised stratification by exploiting the distribution of instances in the instance space.

It is a widely accepted hypothesis that the fingerprint modality does not contain a sufficient amount of effective entropy to resist attacks exploiting the distribution of fingerprint features, specifically false-accept attacks.

On the other hand, some research works [22, 23] also have shown that it is possible to discriminate between texture patterns using pixel neighborhoods as small as 3×3 pixel region, which demonstrated that despite the global structure of the images, very good discrimination could be achieved by exploiting the distributions of such pixel neighborhoods.

These assumptions included varying the time period over which the territories are maintained, the number of different resource types exploited, the distribution of patch richness, and the relationship between the mean and variance of a territory's yield.

The weight is selected as a nondecreasing function of the total information content in the sequence such that (14) w (x ~ i ) = dim (x ~ i ) 2, where dim (x ~ i ) gives the dimension of x ~ i. Different weight functions could be employed to exploit the distribution of missing sites.

We solve this problem by calculating a priori how many synapses will be created locally on each process, exploiting that the distribution of synapses over processes is multinomial.

A further improvement of the efficiency of the proposed approach is achieved by exploiting the uniform distribution of the random phase angles, in order to span efficiently the training space using a latin hypercube sampling (LHS) technique.

This type of dichotomy makes any decision rule exploiting the posterior distribution of the relative risks hard to calibrate and less useful than for the BYM model.

The potential for further improvements, especially those exploiting the spatial distribution of functionalties within the reactor and by using structured 'multifunctional' catalysts, is examined.

We thus used a more complex strategy exploiting the full distribution of fluorescence as measured by flow cytometry.

The possibility of exploiting the posterior distributions of the model updating parameters for subsequent structural assessment tasks is also shown, allowing probabilistic simulation outcomes from which a more reliable judgement of the actual bridge safety condition can be established.