通过速度与电流的双闭环数字PI算法结合DSP的优越性能来达到高精度，高可靠性的控制目的。
With speed and current close-loop control based on digital PI algorithm and the high performance of the DSP, high accuracy and high reliability control can be easily realized.
针对每一种控制算法分别采用阶跃风速和紊流风速信号进行了仿真，仿真结果验证了控制算法的可靠性和有效性。
The simulation is conducted for each control strategy in different wind situations. The results show the reliability and affectivity of the proposed control strategy.
人们广泛讨论如何选择扫描周期和控制算法及可靠性的关键问题。
Problems related to choice of sampling period and control algorithms, as well as the key problem of reliability, were discussed extensively.
为提高可靠性采用分布式系统结构。为提高控制精度采用智能PID参数整定算法。
The structure of the distributing system is used to increase the reliability and the intelligent PID parameter tuning method is adopted to enhance the control precision.
提出一种面向立体视频的比特分配与码率控制算法以提高立体视频的编码效率和码流可靠性。
A new bit-allocation and rate-control algorithm for stereo video coding was proposed to improve its coding efficiency and stream reliability.
结果表明，利用递推算法进行转速辨识成本低，可靠性、鲁棒性高；提出的阻尼控制策略有效可行。
The results show that the speed identification with RLS algorithm has low cost and high reliability and robustness, and the damping control strategy proposed is effective and feasible.
介绍了模糊控制器算法设计及其在工业生产过程控制中的应用，所设计的系统工作稳定性和可靠性较好。
This paper mainly introduces fuzzy controller and its application in industrial process. The controlling system based on fuzzy controller is more stable and reliable.
该系统功能强大，结构简洁，能够应用于机器人控制等算法复杂，实时性、可靠性要求高的场合。
This system is powerful and compact, it can apply to complicate, the realtime and high reliability fields such as robotic control.
详细描述了系统的算法学习训练过程，仿真结果表明，该系统能够提高控制过程的稳定性和可靠性。
The study process of algorithm is described. It has been verified by simulation that the stability and reliability in the control process can be impr…
在半导体设备运动过程中，有效的调节数字PID控制参数可以提高设备运动的稳定性和可靠性，利用积分分离的算法来实现具有最佳组合的PID控制。
In the motion of semiconducting equipment, better digital PID control parameters can improve stability and reliability of equipment. Using separate integral arithmetic can get optimal PID control.
并从提高整个控制系统的实时性和可靠性角度出发，对通信系统和视觉搜索算法在软件上作了相应的改进，提高了系统的整体性能。
In order to ensure the real time and reliability, it improved the software related to the communication system and vision system, which strengthened the whole performance.
系统的实际运行结果表明，本系统控制方案合理，工作可靠性高，控制算法先进，人机界面友好，操作人员方便。
The running results indicates that the system has reasonable control scheme, high operating reliability, advanced control algorithm, friendly man-machine interface and operating convenience.
另外，系统采用了跟踪精度高，抗干扰能力强的矩心算法和算法简单、鲁棒性好、可靠性高的PID跟踪控制算法。
In addition, system adopt high track precision, strong anti-jamming rectangular center arithmetic and adopt simple arithmetic, high reliability PID track control arithmetic.
条纹频率分析产生可靠性模板，基于该模板的排序算法将误差范围控制在局部最小的区域。
Reliability mask is produced by the analysis of fringe frequency. Then the error is limited to local minimum areas by using the ordering algorithm based on the reliability mask makes.
条纹频率分析产生可靠性模板，基于该模板的排序算法将误差范围控制在局部最小的区域。
Reliability mask is produced by the analysis of fringe frequency. Then the error is limited to local minimum areas by using the ordering algorithm based on the reliability mask makes.
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