同步控制

基于N∶N网络的多电机同步控制系统研究

Study on Synchronous Control System of Multi-motor Based on N ∶ N Network

基于WindowsAPI调用的远程仪器同步控制方法研究

Research on synchronous control by remote apparatus based on Windows API

Fuzzy控制与电液同步控制技术研究

A Study on the Fuzzy Control Synchronous Electro Hydraulic Control Technique

基于PLC的大型回转机构同步控制系统设计

Design of Large Institutions Synchronous Rotation Control System Based on PLC

基于模糊PID控制器的多电机同步控制装置的应用

The synchronization control of a multi-motor based on a fuzzy PID controller

基于FPGA的医用超声内窥镜成像系统的同步控制

Synchronous Control of Imaging System for Ultrasonic Endoscope Based on FPGA

PLC在水平连铸机多辊驱动系统同步控制的应用

Application of PLC in Synchronizing Control of Multi-roller Drive on Horizontal Continuous Casting Machine

利用变频器的PID功能实现两台电机的同步控制

The Use of Frequency Converter 's PID Functionality to Achieve Synchronism Control for Two Motors

Chen氏混沌电路实现与同步控制实验研究

Research on circuitry realization and synchronization of Chen chaotic systems

对常规PID和模糊自适应PID同步控制算法，在MATLAB平台下进行仿真研究。

Under the MATLAB simulation platform , conventional PID and fuzzy adaptive PID control algorithm are simulated .

针对实时监控系统的容错设计，该文介绍了一种单片机双机系统，提出了这种系统中双CPU间独特的仲裁切换逻辑及其同步控制方案。

The paper introduces a type of dual monolithic computer system tbr fault-tolerant of real-time monitoring system .

定宽压力机（SP）同步控制原理及调试

Synchronous Control Principle and Adjustment of Sizing Press Machine

在小闭环内采用PID控制，大环内采用并、串复合的同步控制方法实现水压双缸同步控制。

Synchronization control was realized through the PID in inner closed loop and the series - parallel connection in outer loop .

在分析专家PID特性的基础上，设计了保证盾构推进系统推进缸同步控制的PID控制器。

Based on the analysis of expert-PID , an adaptive PID controller for displacement deviation of the cylinders of thrust system was designed .

仿真结果表明采用模糊PID的同步控制系统的同步精度和抗干扰能力与传统PID控制系统相比，有了进一步的提高。

The test showed that the fuzzy-PID control system has higher synchronization accuracy and anti-interference ability compared to the classical PID controller system .

Lorenz混沌系统的同步控制及实验研究

Research on Synchronous Control and Experiment of Lorenz Chaos System

针对统一混沌系统的自适应同步控制问题，设计了两种控制器：Backstepping控制器和非线性反馈控制器。

To adaptively synchronize unified chaotic systems , backstepping controller and nonlinear feedback controller are designed .

在全数字化并联UPS系统中，由于定时器的最小时基的限制，系统的同步控制精度低。

The resolution limiting of synchronization control precision , in the fully digital parallel-connected UPS system , is imposed by the hardware timer .

无轴传动同步控制系统中SERCOS总线接口设计

Interface Design of SERCOS Bus in Synchronous Control System of Shaftless Driven

400t桥面吊机变频调速及同步控制系统

Motor Speed Frequency Change and Synchronous Control System for 400-t Deck Unit Erection Crane

仿真和实验证明，该策略实现简单，可有效地提高并联UPS系统的同步控制精度，较好地抑制环流，保证了并联UPS系统的稳定运行。

Simulation and experimental results are included to show that this method can improve the synchronization control precision , suppress the circulating current well and insure the stability of parallel UPS system .

SERCOS协议和同步控制方法

SERCOS Protocol and Synchronous Control Method

设计了LED频闪照明和MEMS器件驱动之间的同步控制方案，通过软件进行延迟补偿，实现了高精度、宽频MEMS运动特性的测量；

A method of synchronization control between LED stroboscopic illumination and stimulation of MEMS devices is put forward , where software delay compensation is processed , with the result that the system can achieve high precision and broadband MEMS dynamic testing .

采用数字PID控制算法，实现了加载伺服油缸的速度控制以及对称拉伸油缸和工作台上顶油缸的位移同步控制，建立了数控蒙皮拉伸成形试验机控制系统。

Velocity control of hydraulic servo cylinders and displacement synchronous control of same axial hydraulic servo cylinders were realized by using the improved digital proportional , differential , integral ( PID ) control algorithm , and the numerical control skin stretch-forming system was established .

基于TakagiSugeno（TS）模糊动态模型，给出了一个新的自适应模糊同步控制设计方法。

A novel design method for the adaptive fuzzy synchronization is proposed based on a Takagi Sugeno ( T S ) fuzzy dynamical model .

以FANUC-15i为例浅析数控系统同步控制在双驱中的应用

Analysis of the Application of Synchro-control of FANUC-15i CNC on Double Driving

仿真结果表明这种模糊PID多电机同步控制系统缩短系统的响应时间，改善了系统的动静态性能，提高了电机之间的同步精度，满足化纤纺丝系统的要求。

Simulation results show that the Fuzzy-PID multi-PM motor synchronous drive system has the advantages of shortening the response time , improving the system dynamic and static performance , improving the synchronous accuracy . The Fuzzy-PID multi-PMSM synchronous drive system can satisfy the need of fiber spinning system .

根据系统的同步控制要求，提出了MEMS微结构三维运动测量同步控制方法，实现高频高速运动物体在运动周期内不同时刻视觉图或干涉条纹图的自动采集。

Based on the testing principle and the requirements for synchronous – control of the dynamic measurement system for MEMS microstructures , a control method based on computer is proposed to automatically realize vision images or interferograms acquisition for moving device with high frequency .

导航研究包括：康复训练方式的设计、结合T-S型模糊神经网络的避障算法设计、机器人与虚拟环境同步控制方式的设计、步态检测系统与障碍物检测系统的设计。

The navigation research includes the design of rehabilitation training method , obstacle-avoidance algorithm combined with T-S type fuzzy neural network , synchronous control mode for robot and virtual environment , and the design of gait and obstacle detection system .

在分析带退卷单元的干燥机的基础上，提出了一种应用MCS－51单片机的同步控制方案，其主传动采用交流电机变频调速。

On the basis of analyses of drying machine with unwinding unit , a syn - chro control plan with MCS-51 single chip microcomputer is presented , its power drive adopts variable frequency and adjustable speed of AC motor .