Sentence examples for computational difference from inspiring English sources

Starting from Larkin and Simon's classic case study (1987) to illustrate a difference between informational and computational equivalence among representation systems, Lindsay's work locates where this computational difference lies, which he calls a 'non-deductive' method.

In RGB color space, human perception differences have less consistency with computational differences.

These differences have statistical and informational implications that lead necessarily to computational differences.

We do also quantitatively compare the performance of our VNF-PR heuristic with the classical Virtual Network Embedding (VNE) approach proposed for NFV orchestration, showing the computational differences, and how our approach can provide a more stable and closer-to-optimum solution.

Below, we discuss the computational differences between the GLM and NRC that lead to differences in predictive power and STRF shapes, and compare the GLM method to other proposed methods for characterizing stimulus-response relationships in auditory neurons.

This problem is not a result of the computational differences between WLS and GLS, but rather the shape of the chi-square density distribution (Fig. 2).

We explore some of the factors underlying these computational differences, and the implications they hold for future methods development, in the Discussion.

The computational differences listed in the above paragraph are theoretical however, since often other estimations (such as data augmentation) need to be performed alongside eigenvalue decompositions, which do not require calculation of new eigenvalues.

It actually pinpoints the main reason behind the computational efficiency differences of the two algorithms.

For this purpose, a fully explicit Mac Cormack finite difference computational scheme (Mac Cormack 1969) is employed.

Our experiments demonstrate that, although spectral methods eliminate the spatial dispersion errors and can lead to a reduced computational complexity, finite difference migrations are able to achieve the same accuracy with both a better performance and a better scalability in many cases because of the more regular computation and memory access patterns.