由此可見，本文提出的GP、模糊控制和TSMC相結合的方法，在不同的負載

由此可見，本文提出的GP、模糊控制和TSMC相結合的方法，在不同的負載下，都能產生低THD、快速動態響應的閉環PWM DC-AC變換器。雖然該系統的最終效能結果並沒有超過已有工作的THD結果，但算灋的簡單性、速度和計算效率都明顯優於已有的研究成果。

結果 (英文) 1:

Thus, GP proposed fuzzy control method and the combination of TSMC, under different loads, can produce a closed-loop PWM DC-AC converter low THD, fast dynamic response. Although the final results of the effectiveness of the system and does not exceed the results of previous work THD, but count Fa simplicity, speed and efficiency are significantly superior to existing research results.

結果 (英文) 2:

It can be seen that the combination of GP, fuzzy control and TSMC proposed in this paper can produce a dead-cycle PWM DC-AC converter with low THD and rapid dynamic response under different loads. Although the final efficiency of the system does not exceed the THD results of the existing work, the simplicity, speed and computational efficiency of the calculation are significantly better than the existing research results.

結果 (英文) 3:

It can be seen that the combination of GP, fuzzy control and TSMC can produce a low THD, fast dynamic response closed-loop PWM DC-AC converter under different loads. Although the final performance of the system does not exceed the thd results of the existing work, the simplicity, speed and efficiency of the algorithm are obviously superior to the existing research results.