Hardware to solve sparse systems of linear equations over gf(2 - Geiselmann, Steinwandt - 2003 () Citation Context ... W ′ ). Thus, the suitable chip production process is a DRAM process optimized for maximum memory density (at the expense of slightly larger logic circuits); similar ...
The purpose is to solve the equations by Kummer hypergeometric and Gamma functions for solving the modified moments, where the modified moments are transformed from the integration interval [0,x] to the interval [-1,1]. The detailed collocation procedure is provided and the effectiveness of these...
An algorithm has been devised for the solution of a non-linear system of n equations in n unknowns. It consists in n 2 unidimensional searches of a root followed by an acceleration step per iteration. The univariate searches locate n points on the hipersurface that represents each equation ...
2. In addition to atoms and negative ions, the program solves the Hartree–Fock equations for systems of N electrons confined in an arbitrary central potential specified by the user: thus the program can be used to e.g., calculate the structure of electrons confined in harmonic potentials, ...
For each wolf, Y1, Y2, and Y3 are computed using Equations (26), (29), and (32), respectively. Then, the position of wolf is updated by applying the crossover between Y1, Y2, and Y3. Next, the fitness of each wolf is evaluated. Iteratively, the positions of alpha, beta, and ...