Sentence examples for efficient simulation of the from inspiring English sources
Several approximate and hybrid methods have appeared that enable more efficient simulation of the RDME.
Methods are developed which allow for a fast and efficient simulation of the model equations.
For example for time-dependent problems where different time scales are present, waveform relaxation schemes are a promising approach that still allows for an efficient simulation of the problem.
Here, the discretization of the elastic bodies, e.g. with the help of the Finite Element Method, introduces a large number of elastic degrees of freedom and an efficient simulation of the system becomes difficult.
This work focuses on finite element formulations for the accurate modeling and efficient simulation of the implicit dynamics of slender fiber- or rod-like components and their contact interaction when being embedded in complex systems of fiber-based materials and structures.
Rosenbluth biasing, distance biasing, and the use of a lattice are all used to speed up Monte Carlo calculation, enabling the efficient simulation of the polyelectrolyte layer.
A hybrid model for accurate and computationally efficient simulations of the particle trapping characteristics of automotive flow-through catalysts is suggested in this paper.
Through an efficient simulation of a CSSBN, the computational complexity in the evaluation of a CSPBN is reduced from O nk22 n ) to O nLk2 n ) for computing the STM, where L is a factor related to the required sequence length in CSSBN for achieving a desired accuracy.
They allow efficient simulation of particle motion in the presence of the strong field non-linearities found in FFAG magnets, and of overlapping fields in configurations of neighbouring magnets.
Many studies for large scale crowd simulation are conducted but they only focus on efficient simulation of agents and ignore the spatial dimension of the scenario (Solar et al. 2011; Perumalla et al. 2011).
The model developed here allows the efficient simulation of partially collisional plasmas by reducing both the number of particle pairings required per time step and the number of particles needed to retain non-Maxwellian plasma behavior.
