Exact(19)
The problem is solved using the direct iteration technique (DIT), with a geometrically linear fundamental mode shape as a starting vector.
In this paper, we also develop two new alternative methods for choosing a common starting vector for all the transport species.
It is evident from the data in Table 2 that the components of the starting vector are quite different from the components of the solution vector.
The objective function value at this solution is improved by 7.38% in comparison with the objective function value at the starting vector given in Table 2.
The data of this starting vector are given in the columns (tilde{lambda }_{text {start}}), (bar{k}_{text {start}}) and (tilde{c}_{text {start}}) in Table 2.
This optimization leads to an improvement of the value of the objective function by 7.08% in comparison with the objective function value at the starting vector.
Similar(41)
In addition, obtained solutions serve as starting vectors for the next solutions.
The plasmid pPICZA and pPICZαA (Invitrogen, Thermo Fisher Scientific, USA) were used as the starting vectors.
Thus, for each simulation, at least 10 MD trajectories with different starting vectors were generated.
Two different starting vectors were used for the construction of the CRE-DsRed reporters: Rho-basal and no-basal.
As the simulated systems may be far too large to expect the statistical convergence in 40-ns MD simulations, we have done some repeats with different starting structures and starting vectors.
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