Concurrent optimization of plasma shape and vertical position controllers for ITER tokamak

Approach to concurrent plasma dynamics parametric optimization is presented. Trajectories ensemble set and composition of controllers of control system is considered for optimization of plasma dynamic. Optimization of ensemble border of perturbed motions is performed. Accounted ensemble of external influences set over time and initial deviations set. This approach solves the problem of concurrent optimization of the composition of controllers for plasma control. The results of numerical plasma dynamics optimization for ITER tokamak are discussed.