从而成功地实现了对气压焊的焊接压力、气体流量、顶锻位移量等焊接过程参数的控制，并使控制系统具有较快的动态响应速度和较高的控制精度。
So the control of the welding parameter such as welding pressure, gas flux, upsetting length is realized, and the system has a high dynamic response rapid and a high control precision.
使用BF法可以保证调度质量，使用BT可实现快速回馈，使用动态搜索窗可以控制系统规模，提高运行速度。
The BF algorithm can ensure the modeling quality. The BT algorithm can realize quick feedback. The dynamic search window can control the system scale and improve operation speed.
本课题的研究目标是设计出精度高、纠偏速度快、自适应性强、能动态显示加工状况并具备良好稳定性的智能化彩印制袋控制系统。
The target is to design a intellective color printing and cutting system with high precision, work quickly, well self-adaptability, dynamic showing the work state and having good stability as well.
实验结果证明，该滑模控制系统具有良好的鲁棒性和快速的动态响应速度。
Experimental results validated that the presented control scheme has the merits of perfect robustness and fast dynamic response.
控制系统动态响应速度快、调节精度高且工作性能稳定可靠。
And the control system has the advantages of high speed of dynamic response, high precise of adjustment, stable and reliable property of function.
试验结果表明，基于该算法的伺服控制系统在不同跟踪速度下均具有较高的控制精度和良好的动态性能。
The result of test shows that under different tracking speed, the servo control system using this algorithm all features high control accuracy and excellent dynamic performance.
针对压电陶瓷微位移执行器动态响应速度慢的问题进行了研究，提出用数字PID方法加以解决，并研制出一套实用控制系统。
The problem of slow step response in electrostrictive actuator is studied and a digital PID method is proposed to compensate the slow step response.
针对压电陶瓷微位移执行器动态响应速度慢的问题进行了研究，提出用数字PID方法加以解决，并研制出一套实用控制系统。
The problem of slow step response in electrostrictive actuator is studied and a digital PID method is proposed to compensate the slow step response.
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