The phrase "and get the optimal" is correct and usable in written English.
It can be used when discussing achieving the best possible outcome or solution in a given context.
Example: "To improve efficiency in our processes, we need to analyze the data carefully and get the optimal results."
Alternatives: "and achieve the best" or "and obtain the ideal".
To reduce the risk caused by the uncertainty in network optimization and get the optimal robust solution of hub network under the multi-possible conditions of demand and cost, a method based on multi-objective optimization genetic algorithm is proposed in this paper.
We prove the existence and uniqueness of the approximate solution and get the optimal convergence rates in L∞(H1) norm which do not require any restriction assumptions on the space and time mesh size.
Through regulating the values of C and ε th reasonably, we can balance the accuracy/diversity dilemma and get the optimal parameter configurations of classifier.
In order to analyze the KKT consitions and get the optimal solution, we have the following steps to solve Problem OP-B: (1) Step 1: Power allocation.
We prove the existence and uniqueness to the STCG solutions and get the optimal error estimates in the (L^{2}) and (H^{1}) norms for u and v regarding space.
To overcome the weakness of the DRCA scheme and get the optimal transmission success rate, in this paper we propose an algorithm named the adaptive ranging code allocation (ARCA) scheme, a new ranging code allocation scheme.
After reviewing all this information, I still suggest seeing an accountant if you are going through this process for the first time, just to be sure you're on the right track and getting the optimal results for your situation.
So, we tested the performance of the classifier with different C values and got the optimal C values.
Anyone can put a boom box on the shelf and turn it on; but setting up a set of surround sound speakers, and getting the optimal audio fidelity takes a little more effort.
We theoretically analyze the factors influencing the surface temperatures of target slices, simplify the heat source distribution to obtain the relation between the surface temperature and the thickness of a target slice, and finally get the optimal slice thickness through uniformizing the surface temperatures of the slices.
Numerical experiments show that these algorithms are efficient and can get the optimal convergence rate.
