Sentence examples for computational meaning from inspiring English sources

Observe that the computational meaning of the improvers, as discussed in [46], can be interpreted as that this type of functionals correspond to a transformation on programs in such a way that the iterative applications of the transformation yield, from a complexity point of view, an improved program at each step of the iteration.

A bio-model has a dual interpretation: On the one hand it is a mathematical expression which can be used in computational simulations (intrinsic meaning).

The book is thus situated within the general context of systems biology and bioinformatics in the sense of the informatics of biology rather than its usual meaning (computational sequence analysis), it is thus a refreshingly modern read.

This complex phase behavior has proven to be challenging to understand, in part due to nucleation being a rare event, meaning computational modeling of the process is very challenging.

We performed simulations on an Intel Core i7 computer, with four computational cores and hyper-threading technology, meaning that the tasks can effectively be computed in eight parallel threads.

And the very idea of "fast" has a different meaning to computational scientists than it does to users of consumer apps like Photoshop or Final Cut Pro.

Molecular features determining the biological functions of siRNA and their meaning for computational (in silico) selection are the focus of this review.

Additionally, some formulations yield system matrices which are approximately half-way sparse, meaning that computational costs will be down by a factor of 2 when iterative solvers are employed, which is the case for the widely-used fast methods.

The nested conceptual graphs are used to visually express the semantic meaning of Computational Tree Logic (CTL) constructs that are useful for formal specification of temporal properties of ATM domain knowledge.

The purpose of this paper is to present an ontological characterization of features that can act as backbone conceptual and computational structure to represent the meaning of feature classes in a clear manner.

The axis Collective which is explained by features: Size or number of robots, Difference in physical and functional capabilities of robots, Processing Ability used to differentiate the computational model of robots, Reconfigurability meaning the rate at which the collective can spatially re-organize itself.