The model of DFIG for small signal stability analysis was presented in [3] and the particle swarm optimization (PSO) method was adopted to optimize the controller parameters.
A response surface method was adopted to optimize the expression conditions of the recombinant protein.
For further study, the orthogonal experiment method was adopted to optimize the novel process.
Then, the alternating direction method of multipliers (ADMM) algorithm is adopted to optimize the complex object function, and two key parameters are discussed for better performance.
The Kohn Sham equation is discretized by the finite element method, and the h-adaptive technique is adopted to optimize the accuracy and the efficiency of the algorithm.
In [10], a heuristic variant of the gradient ascent method was adopted to optimize antenna tilt.
A genetic algorithm is adopted to optimize the rule weights associated to the components' damage levels.
The doping method has already been adopted to optimize the switching performance of ZnO, including Mn, Co, Cu and Ga [15, 16, 18 20], but the switching properties were not as optimized as for practical applications.
Further, different optimization methods are adopted to optimize TMD parameters when considering different performance indices.
