This paper presents a generative programming approach that handles the diversity of test libraries.
In this paper, we propose an alternate approach to an existing approach that handles the sum of distance-weighted closeness relationships and distance-weighted interactions assigned relative weights in the objective function.
Despite the fact that several systems were proposed in the different dimensions, in this paper we propose a new approach that handles both iterative and incremental processing in an efficient way.
Moment of inertia scaling (I3 ∝ I1a) related well to D ∝ la scaling for the femur and tibia, indicating that moment of inertia scaling is a general approach that handles both tubular and flat bones.
The Type I error control with smaller sample sizes has not been studied in this model and has not been compared to other modeling approaches that handle outliers such as FSL's Flame 1 and FSL's outlier de-weighting.
The GPU is responsible for computing the selection of seed cells of the datasets, which is the most expensive part of the proposed algorithm, achieving a performance gain of two orders of magnitude, comparing to other approaches that handle SPH datasets.
In another direction, in cases where sequences cannot be aligned, PhyloScan will not perform better than existing approaches that handle "independent species".
In this work we propose an alternative approach that can handle several risk metrics simultaneously.
The evolution of thermal grooves is studied using a variational approach that can handle infinite surface stiffnesses and naturally allow for facet formation.
A comprehensive literature review reveals that there is no experimental or numerical investigation of such innovative designs nor is there a modeling approach that can handle such flexible geometries.
