Each time APPLYF is called, corrector steps (using, for instance, Newton's method) have to be carried out on the previously computed xinit to find the initial solution for the current value of p s. Once the corrected solution xcorr is computed, the iterative procedure LOCMINDIST (see Figure 5) is called to compute the nearest point on the bifurcation manifold of interest.
In this paper, we devise a hardware architecture for ANNs that takes advantage of the dedicated adder blocks, commonly called MACs to compute both the weighted sum and the activation function.
The dynamic stiffness method for composite plate elements based on the first order shear deformation theory is implemented in a program called DySAP to compute exact natural frequencies and mode shapes of composite structures.
Scripts for promoters, bacterial RBSs, and eukaryotic coding regions call BioNetGen to compute all the part or pool reactions and species.
Note that the initial call to COMPUTE-MATRIX from line 5 of Algorithm 2 is applied over the complete region I i, k × I j, l = I2, n +1 × I2, n +1.
Line 5 calls Procedure 2 to compute the throughput capacity for each user at a grid point.
We then call circuit simulator to compute and evaluate newer results until the specification is matched.
Step 2: For each level, the simplex function is called two times to compute minimized and maximized values of numerator and denominator objective functions.
We take advantage of an evolutionary stochastic process, commonly called genetic algorithms, to compute minimal addition chains, allow us to reduce drastically the number of the required modular multiplications.
The general algorithm to perform simulations is: 1) draw parameters from specified random distributions, 2) call SIMCOAL v2 to simulate datasets according to specified parameters, 3) call modified ARLEQUIN v3 to compute all required summary statistics for the simulated dataset, and 4) go back to 1) for the next simulation.
