It is shown that the present algorithm and modelling possess much higher computational efficiency and faster converging properties.
Moreover, Table 2 demonstrates that the proposed method provides the faster converging speed than the C-V method.
To measure the accuracy of this approximation, we usually say that approximation (2.3) is better as r 1 ( n ) − γ faster converges to zero.
Besides, the proposed method provides the faster converging speed compared to the Bresson et al.'s method, as shown in Table 4.
end{aligned} (2.3) To measure the accuracy of this approximation, we usually say that an approximation (2.3) is better as (r_{1}(n) -gamma) faster converges to zero.
The main advantage of this control scheme is in fast converging times without excessive control effort.
Fast converging speed and good prediction accuracy could be promised with the use of RE-Func.
So what we are fast converging towards is we're basically sitting down and understanding ROI targets of our advertisers.
It is proved that the iteration process fast converges to a stationary point of the objective function.
Fast converging finite double Chebyshev series and Houbolt time marching scheme are used for spatial and temporal discretizations, respectively.
