Sentence examples for most test functions from inspiring English sources

The experiment results show that the performance of ARAe-SOM+BCO significantly outperforms ARA and its extension variant, and is also competitive with other state-of-the-art evolutionary algorithms in most test functions.

Experimental results show that the proposed algorithm is effective and it obtains better performance than the fast evolutionary programming (FEP) and those newly published EDAs in most test functions.

The results confirm that the static parameter setting approach is as good as the best adaptive control systems over the most simple test functions (F1 F14), whereas the naïve approach is competitive over complex test functions (F15 F25).

For most norms, these test functions would be global in nature.

In fact, FAUC RMAB and BNGA turned out to be the best approaches over most of these test functions.

The most widely used test functions from the formal literature of multiple objectives optimisation are utilised to test the HCPSO.

The experimental results show that the crisscross optimization algorithm has an excellent performance on most of the test functions, compared to other heuristic algorithms.

Through the comparison of DFSABC_elite with other variants of ABC and some non-ABC methods, the experimental results demonstrate that DFSABC_elite is significantly better than the compared algorithms on most of the test functions in terms of solution quality, robustness, and convergence speed.

The first variation (frac{deltapsi}{delta u}) is defined by the condition that frac{d}{dlambda}int_{Omega}psi u+lambda zeta, nabla u+lambdanabla zeta, triangle u+lambdatrianglezeta),dx|_{lambda=0}=:int_{Omega}frac{deltapsi}{delta u}zeta,dx (1.10) most hold for all test functions (zetain C_{0}^{infty}(Omega)).

Most of our selected test functions have been found in the solution of boundary value problems of applied mechanics such as those related to transient responses of isotropic and transversely isotropic half-space to concentrated impulse or those related to viscoelastic wave motion in layered media.

The goal of our experimentation was to find out which of the factors that affects the speedup of the PGA-I the most when solving the selected test functions (see the 'Test functions' subsection).