Sentence examples for memory to calculate from inspiring English sources

Such huge aggregates require enormous computer time and memory to calculate their lightscattering characteristics.

The scheme does not use extra processing time and memory to calculate the distances between the nodes similar to its predecessor schemes, which is why it is a lightweight solution.

For large network topologies, the baseline routing protocol model is shown to require an order of magnitude less run-time and memory to calculate the same path sets as the de facto approach of discrete-event network simulation.

To illustrate the utility of the proposed framework, we focus on a computational problem that utilizes time-dependent Ginzburg-Landau (TDGL) theory for shape memory alloys to calculate the stress-strain profiles for a particular dopant at a given concentration.

Figure 1 (a) Harr responds on the y -direction (left) and on the x -direction (right); (b) If we consider a rectangular box with A, B, C, and D vertices, it only takes four memory accesses to calculate the sum of intensities inside the box as ∑A + D - (C + B).

This occurs because, as the number of commits increases, more memory is used to calculate the commit history graph.

To calculate memory fidelities, we normalized these memory estimates by dividing by H(M) = 3.32, the entropy of the cell history space.

We have developed a tool dubbed, the Layout Expert which is able to calculate memory layout of critical kernel structures at runtime on the target system without requiring extra tools, such as the compiler tool-chain to be pre-installed.

The obtained general solutions allow us to use the method of memory diagrams in order to calculate the reaction of the system on arbitrarily varying tangential or rotational actions.

All bit counts were then normalized to calculate memory fidelities and orthogonalities, as defined in Appendix S1, in order to estimate in relative terms how much of the total possible memory each system 'remembers', and how much 'extra' memory is embedded in the higher-dimensional spaces formed by multiple pathways.

A subset of subjects additionally completed a recognition memory task that allowed us to calculate a metacognitive efficiency score in the memory domain.