气动伺服系统

GPCM控制气动伺服系统的理论分析与实验研究

The theoretical analysis and Experimental Research on the pneumatic servo system with generalized pulse code modulation

基于变结构控制的气动伺服系统控制器的研究

Research on the Pneumatic Servo System Controller with Variable Structure Control

基于Matlab的气动伺服系统测控实验平台

An Experiment Platform of Pneumatic Servo Test and Control System Based on Matlab

基于MAC气动伺服系统的椅背椅垫试验机的研究

Research of Chair-back & Chair Cushion Test Machine Based on Air-servo System

基于Friedland-Park非线性观测器的气动伺服系统控制研究

Investigation on Friedland-Park Nonlinear Observer for Pneumatic Servo Systems

冲压式气动伺服系统动态精度分析及校正装置设计

Dynamic accuracy analysis and the verifying unit design for ram-air servo system

冲压式气动伺服系统自振荡频率设计

Self-oscillation frequency design for the RAM - Air servo system

涡轮增压机组防喘保护装置气动伺服系统研究

Research on pneumatic servo system of preventing surge device of turbocharger unit

基于预测模型自适应控制的航空气动伺服系统

Aerial Pneumatic Servo System Based on Adaptive Predictive Model Control

电-气动伺服系统实验平台的设计与研究

Design and Study on the Experimental Platform of Electric and Pneumatic Servo System

比例阀控气动伺服系统的系统辨识

System Identification of Proportional Valve Controlled Pneumatic Servo System

气动伺服系统机理建模的实验研究

Lab Research for Mechanism Modelling of Pneumatic Servo System

在气动伺服系统中，动力机构是其核心。

The power mechanism is the core in the pneumatic servo control system .

一种应用于大流量调节系统的气动伺服系统的研究

Research on a Pneumatic Servo System Applying in the Huge Flow Control System

气动伺服系统的神经网络辨识

The neural network identification of pneumatic servo system

气动伺服系统的模糊神经网络力同步控制研究

The Research on Fuzzy Neural Synchro Control of Pneumatic Force for Pneumatic Servo System

磁流变液气动伺服系统的控制算法研究

Research on Pneumatic Servo System with MRF

气动伺服系统是一个典型的非线性系统，很难得到精确的数学模型。

Pneumatic system is a typical nonlinear system which is hard to model if not impossible .

气动伺服系统的压力跟踪是主动隔振系统中的一个重要环节。

Pressure tracking of a pneumatic servo system plays an important part in the active pneumatic isolation technique .

研究了一种基于压力比例阀的气动伺服系统自适应神经模糊控制器。

An adaptive neural network fuzzy controller for pneumatic servo system based on electric-pneumatic pressure proportional control valve is studied .

但是，由于气动伺服系统的强非线性，对其实现高精度的有效控制一直是个难题。

However , due to its strong nonlinearities , it is difficult for a pneumatic servo system to achieve higher control precision .

提出了一种用于气动伺服系统的内模控制与神经网络相结合的智能控制方法，即NN-IMC控制法。

We proposed an intelligent control method where IMC control was combined with neural networks ( NN ), namely NN - IMC control method .

该文在考虑摩擦和负载对系统影响的基础上，建立了比例阀控气动伺服系统的待辨识模型，并根据进一步工作的需要对模型进行了合理简化。

Candidate model of proportional valve controlled pneumatic servo system was selected and simplified to meet the need of practical application , under the influence of friction and load .

气动位置伺服系统PID控制的研究

A simulating study of pneumatic position servo system with PID control

气动伺服定位系统的神经网络模糊自适应PID控制

Neural network in fuzzy logic adaptive PID control for pneumatic position servo system

基于2D数字阀的计算机控制气动伺服定位系统的研究

Computer-controlled pneumatic servo positioning system based on 2D digital valve

一种PWM气动伺服控制系统调制方法和动态响应的研究

A Kind of PWM Pneumatic Servo Control System & Modulation Methods and Dynamic Responses

基于RBF网络自校正的气动位置伺服系统跟综控制

Tracking Control of Pneumatic Position Servo System Based on RBF Neural Network Self-correction Control

基于CMAC和PID复合控制的气动位置伺服系统研究

Study on Hybrid Control of Pneumatic Position Servo System Based on CMAC and PID

阐述了常规气动伺服控制系统研究的现状，认为以PWM和PCM调制方式为主的开关伺服控制技术仍然是研究的热点。

Based on the development situations of the pneumatic servo control technique , the main research was also aimed at the PWM and PCM on-off servo control system .