For example, one might repeatedly identify one possible node and edge on the periphery of an optimal tree whose elimination reduces the optimal parsimony score, then recurse on the remainder of the data to construct the rest of the tree.
This transportation planning problem belongs to the class of difficult combinatorial optimization problem, whose optimal solution is difficult to discover.
The transit network design problem belongs to the class of hard combinatorial optimization problem, whose optimal solution is not easy to find out.
The CritC index function (Breaban and Luchian 2011) is used as the optimization target whose optimal value is used to determine the best k and σ.
We found that TiO2-ethyl ionic liquid composite membrane has optimal performance, whose ionic conductivity up to 59.27 mS/cm.
Furthermore, we use intermittent diffusion, which converts the ODEs into stochastic differential equations (SDEs), to find an optimal path whose length is globally minimal.
The algorithm is shown to consist in a sequence of approximate LQ optimal observers whose solution can be explicitely computed thanks to Kalman Filter Riccati equations.
However, ASMO can provide only approximate optimal solutions, whose precision is limited by surrogate modeling methods and problem-specific features; and 3) The identifiability of model parameters is correlated with parameter sensitivity.
In fact, MO-GP is able to find several sets of Pareto optimal operators, whose performance is validated on standardized procedures including an extensive test with 500 images; as a result, we could say that all solutions found by the system dominate previously man-made detectors in the Pareto sense.
The proposed handoff mechanism allows STAs to determine an optimal AP whose bandwidth satisfies the requirement of applications at the STAs, thus gives the most benefit to the STAs when performing the handoff.
