Sentence examples for high computational speed from inspiring English sources

This may be particularly important for institutions in countries where computers with high computational speed are not readily available.

In general, good agreements are achieved between the DDA and experimental results, though the model proposed in this work requires some further refinements, and there is a need for a higher capacity (i.e., high computational speed and memory) computer for inclusion of much greater number of dipoles in the calculations.

Its advantages include high computational speed, and robustness against image noise and unbalanced training data.

As the results, the computational efficiency has been achieved high computational speed with more about 500 times performance comparing CPU time on a single node.

Simulation modelers increasingly require greater flexibility for model implementation on diverse operating systems, and they demand high computational speed for efficient iterative simulations.

The high computational speed of boosting classification makes it attractive for real-time fMRI to facilitate online interpretation of dynamically changing activation patterns.

The FDR method is very simple and straightforward, has high computational speeds, and needs less computational efforts.

Further, it is shown that a much more higher computational speed and efficiency is reached if one combines an implicit scheme for the periodic strides with the explicit small time steps.

As a result, this method is expected to have higher computational speed and efficiency.

The RED encoding ensures high lossless compression rate and higher computational speed and is also able to adopt with statistical variation in the raw data, which is very important for non-stationary ECG signals.

In addition, due to dimensionality reduction incident to the Spectral clustering algorithms themselves (where a limited number of eigenvectors of the affinity matrix is to be selected and partitioned), they are expected to have a higher computational speed with respect to the K-means algorithm and thus appear to be more suitable in modeling large fracture networks in this view.