随动

PTA粒度补偿随动控制法

Stabilizing PTA grain size with compensation follow-up control method

本文简单介绍了现有两种反辐射导弹（ARM）导引头随动系统，液压伺服随动系统和电动平台随动系统。

Describes briefly two existing anti-radiation missile ( ARM ) seeker follow-up systems , viz . the hydraulic pressure servo ARM seeker follow-up system and electromotion ARM seeker follow-up system .

一种新型超声随动C扫查器的研制

Development of a new type of ultrasonic follow up C scanner

随动系统的模糊自适应整定PID变阻尼控制

Variable Damping Ratio Control of Servo System by Fuzzy Adaptive Adjust PID

多模式PID数字控制低速随动系统

Multi-Mode PID Digital Control of Low Speed Servo System

舰炮随动系统满意PID控制器设计

Satisfactory PID Controller Design of Naval Gun Servo System

PLC在随动切割系统中的应用

The application of PLC in synchromesh cutting system

参数自调整PID模糊控制器及在数字随动系统中的应用

PID Fuzzy Controller With Auto-tuning Scaling Factors And Its Application In Digital Servo Systems

随动系统数字化改装中PWM系统的研究

Study on PWM system in the digitalization of a servo system

基于单片机控制的CCD随动系统设计

A CCD Servo System Design Based on SCM Control

基于LMI的随动系统PID控制下的多指标相容性

Multi-objective consistency for servo system with PID controller based on LMI technique

MCS-51单片机控制的直流PWM随动系统

The DC motor PWM serro-system controlled by MCS-51 single chip computer

Z源逆变器光伏发电系统变量调制范围随动的两级控制研究

Two-Stage Control Strategy with Variable Shoot-Through Duty Cycle Maximum Range on Z-Source Inverter PV System

最后，当给系统输入单位阶跃信号时，得到不同位置调节器参数K下的阶跃响应和位置随动控制系统的最优控制律。

Finally , when inputting unit step signal , the response of different K and the optimization control rule is gained .

本文以小功率随动系统为例，利用MATLAB对其进行仿真及系统校正设计。

It will be simple and effective to realize the analysis and design of control system by simulating the dynamic respond with MATLAB .

IBS推进遥控系统中随动过程控制算法的研究

A new control method in servomechanism process of propulsion remote system of IBS

高精度随动系统的FUZZY-PID控制

Fuzzy-PID control of the high-precision servo system

基于PMAC的激光三维堆积层高随动控制研究

Study on Storey Dynamic Control of Laser 3D Deposition Process Based on PMAC

Mises线性随动强化模型屈服条件的改进

The Improvement of the Yield-conditon of the Mises Linear Following Strengthening Model

随动强化结构安定下限分析的无单元Galerkin法

Lower-bound Shakedown Analysis for Bounded Kinematic Hardening Structures by Using the Element Free Galerkin Method with Orthogonal Basis

一种基于Hopfield神经网络的系统辨识方法及其在舰炮随动系统辨识中的应用

An Approach System Identification Based upon Hopfield Neural Network and its Applications in Identifying Following System of Warship-guns

用PLC控制气动随动工作台，完成生产流水线上的板材定长切割，提高生产效率，增加系统可靠性和柔性。

Control the servo working-bench pneumatically with the PLC , Cut the panel of the production line in regular length . Improve production efficiency and increase systematic dependability and flexibility .

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 .

为此，该设备采用了由浮动轮位置调节技术与放线随动专家PID算法综合控制而形成的自适应随动控制方法。

Therefore , the adaptive following control technique which is composed of the position control technique of floating wheel and the wire releasing follow-up expert PID algorithm is used in this device .

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 .

最后，基于重构的车辆状态，运用最优控制理论设计了四轮转向车辆随动操纵控制器，实现了所谓的线传操纵（Steerbywire）。

Finally , the optimal control theory is used to design the vehicle follow up handling controller based on state estimator , and the steer by wire system is built .

根据随动控制系统的特性，在比较了各种数字控制方案的基础上，提出了前馈反馈（前馈选择性PID）复合控制策略，实现了自适应控制。

Developing optimum control stratagem by comparing many control stratagems based on the control characteristic of the following-up system System realizes the self & adaptive control due to adopting forward-feedback and feed back multiple control stratagems .

文中导出了在线性随动强化时如何用广义力及广义塑性变形来表示薄板的加载条件，并讨论了可推广应用于非线性随动强化及混合强化（MixedHardening）情况。

The loading condition of thin plates for linear kinematic hardening has been deduced in terms of generalized forces and generalized plastic deformation . And it can be extended to nonlinear kinematic hardening and mixed hardening .

本文从研制高精度随动系统出发，详细分析了PWM驱动器的数学模型及特性，提出一种简单易行的转速估计器，并在此基础上开发出一种适于中小功率直流力矩电机的新型PWM驱动器。

With a view to develop high accuracy servo system , this paper gives a detailed analysis on mathematical model and character of PWM driver , puts forward a simple rotational velocity estimator .

它采用平台随动稳定技术来同时稳定宽窄两个CCD视场，并基于低成本的压电速率陀螺仪实现了高精度的视频稳像。

It utilizes stabilizing platform servo technique to stabilize the narrow FOV ( Field Of View ) and the wide FOV simultaneously and achieves high accuracy video stabilization based on low cost piezoelectric gyroscope .