Sentence examples for computationally capable from inspiring English sources

Previously, ARM designs were not as computationally capable as mainstream chips from Intel, in part because they run on 32-bit instruction sets, not the 64-bit lines that use memory more effectively.

Inexpensive computing leads to more and more devices that are computationally capable.

● Embedded and distributed: data processing and reasoning are tasks which do not necessarily have to be centralized and given an intelligent environment is supported by a number of interconnected devices part of this responsibility can be passed to the increasingly computationally capable devices physically distributed in the environment.

It is seen that the proposed 3D quadrature element is simple in formulations, computationally efficient and capable of capturing the 3D vibration behavior of parallelepipeds with high precision.

ITD-RZC approach is computationally efficient and capable of preserving nonlinear features of the process variables which facilitates subsequent oscillation diagnosis.

The model is computationally lean and capable of tracking the spatial distribution and further propagation of fatigue-induced damage in beam-like thin-walled composite structures (TWCS) by accounting for both sudden and gradual degradation of strength and stiffness moduli of material cells located at arbitrary positions.

RMN algorithm is both computationally feasible and capable of detecting biologically significant progresses embedded in a microbial community.

By developing sensitive and computationally efficient methods capable of detecting epistasis, it becomes more practical to probe datasets for these interactions.

Taken together, the results above are strong evidence that our new algorithm and its implementation are correct, computationally efficient and capable of analysing large datasets.

The algorithms are computationally inexpensive, are capable of incorporating categorical and continuous variables and the developed models are usually easy to interpret.

The new developments reported here center on two themes: low-power electronics and computationally simple analysis algorithms capable of discriminating gamma-ray signatures indicative of special nuclear materials from those of naturally occurring radioactive material.