Sentence examples for computational frame from inspiring English sources

Combined with a conventional combustion simulation program, the total computational frame is introduced.

Experimental results suggest that the proposed architecture exhibits significant computational frame rate performance gains of up to 762.95% in comparison with the conventional centralized video combiner architecture based on a series of four and eight high definition combined video assessments.

This paper proposes a hierarchical multi-dimensional differential evolution (HMDDE) algorithm, which is an automatic computational frame work for the optimization of beta basis function neural network (BBFNN) wherein the neural network architecture, weights connection, learning algorithm and its parameters are adapted according to the problem.

The progress of battery technology and robust computational frame interpolation techniques can mitigate problems with the current CCE capsules.

In this study, we extend the developments of the DEDR and VA techniques originated in [2, 7, 9] by performing the aggregation of the DEDR and VA paradigms and next putting the RS image enhancement/reconstruction tasks into the unified neural network (NN -adapted computatioNN -adaptedddressed as a unified DEDR-VA-NN method.

Constraint-based modeling is a computational frame for analyzing and exploring the phenotype space of metabolic networks obeying mass conservation and steady-state assumption [21], [22].

This computational frame-work is used to analyze sail geometries.

In this paper we developed a computational frame-work where flow and solute transport were simulated using ANSYS-Fluent V14.5 but physics of reverse osmosis through the membrane were implemented using "user defined functions" (UDFs).

Since the metabolic pathways and the chemical interactions can be represented into a directed graph, we established a graph-based MetNetDB, a web-based, computational frame-work that enables interactive visualization of metabolic and regulatory networks (Lee, Hur and Wurtele, unpublished).

Mesoscopic simulation aims at describing supramolecular phenomena at the nanometer (length) and microsecond (time) scale for large interacting physical ensembles (representing millions of atoms) within comparatively short computational time frames (hours) by "coarse grained" neglect of uninteresting degrees of freedom.

Profound imaging, molecular biology, disease models, and computational strategies framed by interdisciplinary exchange including cardiologists and electrophysiologists are likely to thrust this exciting membrane field forward.