context: Recently, scientific or engineering applications using this scheme are remarkably increased due to its significant ability in terms of adaptation and robustness for external disturbances.
answer_0: Particularly, this algorithm is efficient to search optimal parameters against complicated dynamic systems with uncertainty and perturbation.
answer_1: Rather, this algorithm is efficient to search optimal parameters against complicated dynamic systems with uncertainty and perturbation.
answer_2: Indeed, this algorithm is efficient to search optimal parameters against complicated dynamic systems with uncertainty and perturbation.
answer_3: Simultaneously this algorithm is efficient to search optimal parameters against complicated dynamic systems with uncertainty and perturbation.
answer_4: Unsurprisingly, this algorithm is efficient to search optimal parameters against complicated dynamic systems with uncertainty and perturbation.
answer_5: Collectively, this algorithm is efficient to search optimal parameters against complicated dynamic systems with uncertainty and perturbation.
answer_6: Ironically, this algorithm is efficient to search optimal parameters against complicated dynamic systems with uncertainty and perturbation.
answer_7: Certainly, this algorithm is efficient to search optimal parameters against complicated dynamic systems with uncertainty and perturbation.
answer_8: Gradually, this algorithm is efficient to search optimal parameters against complicated dynamic systems with uncertainty and perturbation.
answer_9: For example this algorithm is efficient to search optimal parameters against complicated dynamic systems with uncertainty and perturbation.