高灵敏电磁阀控制水流，随动控制系统，操作异常简便。
High sensitive electromagnetic valve control the flow of water, the servo control system, the operation is extremely simple.
通过调低系统增益和优选死区大小，可以提高随动控制性能。
The performance of control could be improved by lowering the steering control gain and configuring an optimized range of dead band.
设计串联PID控制算法，实现随动控制系统高速、高精度的调试指标。
Design and connect PID in series and control algorithms, realize the debugging index that moves the high-speed, high-accuracy control system at the same time.
本文叙述了最优预检随动控制系统的性质，提出了设计系统的简化设计方法。
Properties of optimal preview servo-controlled system are described and a simplified designing method of designing the system is presented in the paper.
所以对云台与移动图像跟随相结合的随动控制器的研究与开发有非常高的市场价值。
Therefore, research and development of the servo controller of the cradle combined with mobile images have very high market value.
并对离散化后的数学模型进行稳定性分析，设计了一套以军用加固机加载嵌入式系统与交流伺服装置相结合随动控制系统。
And after the discrete mathematic model for stability analysis and design a set of military reinforcement machine load of embedded system with ac servo device combined with the dynamic control system.
并设计完成了以atmel公司的AT 89 C51单片机为核心，由传感检测电路、信号处理电路、输出控制电路等构成的横向随动控制系统。
The transverse slave control system was designed with the AT89C51 SCM from ATMEL Company. It consisted of sensing test circuit, signal processing circuit and output control circuit.
利用P LC来控制随动切割系统，是一种有效、稳定、低成本的控制方式。其经济效益是明显的。
Using PLC to control synchromesh cutting system is an effective, stable, low-cost controlling method and get the obvious economic benefit.
本文提出用8098单片机作为工业控制机，使其丰富的软件与硬件资源在随动系统中得到利用。
This paper proposes using 8098 single chip computer as industrial control. The rich software and hardware resource of the single chip computer is used in servo—system.
随动系统——作为自动控制系统中的一类，它的应用几乎遍及社会生产各领域。
The servomechanism is one of the automatic control systems, and it is applied into lots of fields.
提出一种在随动系统进行数字控制时，用连续系统评价函数进行设计的新方法。
A new method is presented which is designed by means of an evaluation function suitable for a continuous system in process of a digital control system.
本文介绍了把奇异最优控制原理用于高精度快速随动系统的分析设计方法。
In this paper, an analytical design method for time-optimal servomechanisms with high accuracy based on singular optimal control principles is described.
本文讨论了随动系统时间最优控制的模拟实现方案以及系统物理实现的理论和技术问题。实验结果得出了一些有用的结论。
The optimum time control servosystem was tested and its realistic physical and technical problems were discussed. The results of the experiments presented some beneficial conclusions.
我厂在方位控制器生产过程中，测试发现方位控制器的随动误差常处在临界状态。
In the manufacturing process of azimuth controller, we discover that the following error often lie in the critical state.
姿态随动稳定跟踪天线平台的控制算法，采用位置前馈、速度和位置反馈控制。
The control algorithm of attitude follow-up stabilization and tracking antenna platform adopts position feed-forward control, speed control and position feedback control.
本文提出了直流随动系统的变结构控制设计方法，分析了系统的滑态稳定性。
A design method of variable structure control for the d. C. servo system is proposed. Also the sliding state stability of the system is analyzed.
本文对商品化的三维激光扫描测量系统中的控制技术和随动跟踪测量技术进行重点研究。
In the dissertation a study of computer auto control system and a kind of tracking and measurement method of the commercial 3d laser scanning system.
介绍了模糊控制在数字随动系统中的应用。
The application of the fuzzy control to the digital tracking system is presented in this paper.
基于开关式相对风向传感器，提出一种固定周期采样、变周期控制的风向随动模糊控制系统。
Based on switch mode sensor of relative wind direction, we present a kind of tracing wind fuzzy control system with constant sample cycle and variable control cycle.
系统基于变频技术，结合最优化控制、模糊控制以及计算机技术，具有负荷随动跟踪特性。
Applies various advanced techniques such as frequency conversion, optimization control, fuzzy control and computer programing, the system has the characteristic that tracks the fluctuant loading.
当设置定位目标坐标后，可由控制器控制平台指向定位目标，其随动稳定跟踪平台移动。
After set the orientation target coordinates, the controller controls platform and points to the orientation target. And it follow-up stabilization and tracking platform moves.
本文讨论了随动系统时间最优控制的模拟实现方案以及系统物理实现的理论和技术问题。
The optimum time control servosystem was tested and its realistic physical and technical problems were discussed.
试验结果表明，基于计算机控制的舰炮瞄准随动系统在可靠性、快速性、稳定性和系统精度等方面都满足了技战术指标。
Test results show that gun computer control aiming servo system in reliability, speed, stability and accuracy, and so meets the technical and tactical targets.
本文研究用双模控制实现数字位置随动系统的快速控制。
This article deals with the realization of a rapid position control of the digital servo system through double mode control.
开发了一套能在线调整PID参数的模糊控制方法的软件，并分别将它和传统的PID控制器作用到数字随动系统中。
A set of software that can tune the scaling factors of the PID fuzzy controller on line was developed, this PID controller and traditional PID controller were applied to digital servo systems.
采用基于DSP和CPLD的数字化伺服控制技术解决光电传感器的机载应用问题：隔离机体的高频振动并随动于驾驶员头盔。
Digital servo-control technology based on DSP and CPLD is used to solve airborne application problems of optical-electronic sensor: isolating vibration of airplane and tracking pilot helm.
在系统的动态过程中，利用模糊控制的快速响应能力保证位置随动系统具有较快的动态响应速度；
The fuzzy control is used to ensure the dynamic response speed of the position servo system, and the integral control is used to ensure its steady-state performance.
在控制过程中，它能有效地反映诸如可镇定性、鲁棒性、随动性以及跟踪等许多控制中的关键问题，是检验各种控制理论的理想模型。
In the controlling process, it can effectively reflect many key problems such as robustness and tracking in control. Thus it is a ideal model to prove many control theories.
在实验室进行静特性试验，随动系统扰动试验，证明了其具有较优的控制性能。
The result of static characteristic test and disturbance test on follower system in factory demonstrates that this system has excellent static and dynamic performance.
在实验室进行静特性试验，随动系统扰动试验，证明了其具有较优的控制性能。
The result of static characteristic test and disturbance test on follower system in factory demonstrates that this system has excellent static and dynamic performance.
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