Sentence examples for method tailored for from inspiring English sources

A predictor-corrector continuation method tailored for large scale, sparse systems enables the quick calculation of the optimal solution as exhibited in challenging engineering problems such as the control of a cart with a double pendulum.

Common-azimuth migration (Biondi and Palacharla 1996) is a downward continuation imaging method tailored for narrow-azimuth streamer surveys that can be transformed to a single common azimuth with the help of azimuth moveout (Biondi et al. 1998).

We approach the problem from the improved dissemination perspective and propose weather visualization methods tailored for general aviation pilots.

They are designed for autonomous separable systems, and a substantial number of methods tailored for different structures of the equations have recently appeared.

The (seven) material parameters in the constitutive model are determined from high-speed mechanical testing methods tailored for high-compliance materials.

222 (2007) 809 831], we rigorously evaluate the performance of several time integration schemes in terms of appropriate error and cost metrics, and provide a general strategy to design Runge Kutta methods tailored for specific applications.

Whereas a large number of dedicated techniques have been recently proposed for static graphs, the design of on-line graph clustering methods tailored for evolving networks is a challenging problem, and much less documented in the literature.

This book is focused on tailoring security solutions to the underlying network architecture (such as the wireless cellular network, or ad hoc and sensor networks), or to targeted applications using methods tailored for that application (such as multimedia multicasts).

There are also specific random walk methods tailored for certain forms of function g v) or criterion, for instance, in [10] the authors developed an efficient estimation technique for estimating the average degree, and Frontier sampling in [11] introduced dependent multiple random walks in order to reduce estimation error.

All functional data were acquired using methods tailored for imaging from the human brainstem (D'Ardenne et al., 2008).

Poset models serve as a basis for novel methods tailored for classifying the performance (that is, functioning) levels of subjects with respect to specific cognitive functions.