Given that the governing equilibrium, which states that each newsvendor will determine his/her optimal production quantity, given the optimal ones of the competitors, the optimality conditions for all newsvendors simultaneously can be expressed as a variational inequality problem.
Without restrictive assumptions such as uniformly distributed frequency, identical damping ratio, the optimized non-uniformly MTMDs obtained here can be considered as the "true" optimal ones.
These values are the optimal ones in different SNR levels.
To assess the accuracy of the original maps and optimal ones, the Pearson correlation was used.
These results are analogous to the optimal ones known for the heat flow.
Similar conditions close to the optimal ones are given directly in terms of the scattering data.
These results are the optimal ones that the GLPK solver computed in each case.
FAP positions in blue are the recommended optimal ones in each scenario.
It leads to paths close to the optimal ones calculated in a faster way.
Numerical examples show that the obtained approximate designs are very close to the optimal ones.
A set of strategies to select the best solution among the obtained optimal ones is presented.
