电子节气门

汽车电子节气门控制（ETC）的阀体就是其中一例。

The body of valve for Electronic Throttle Control ( ETC ) is an example among them .

同时就节气门体总成的结构和技术要点，特别是电子节气门ETC的控制技术进行了讨论。

The characteristics of the throttle body assembly , especially the electronic throttle control ( ETC ) technology are discussed .

基于DSP的电子节气门PID控制

PID Control of Electric Throttle Control System Based on DSP

由于电子节气门系统是非线性的，其数学模型较难建立，所以本文提出了自整定模糊PID控制算法，给出了试验曲线。

Electronic throttle system is nonlinear , and it is hard to model , so the paper presents a self-tuning fuzzy PID algorithm .

电动式AMT系统中电子节气门的控制策略和实现

Control Method and Realization of Electronic Throttle of Dynamoelectric AMT

CNG发动机电子节气门控制仿真分析

Simulation of Electronic Throttle Control for CNG Engines

介绍了本系统中电子节气门的机构和驱动单元设计，尝试用类似经验算法的增量型PID控制算法对节气门直流电机进行控制。

The structure and drive unit of electronic throttle are introduced . And increment PID control method like experience arithmetic is adopted to control the throttle DC motor .

FAI电喷摩托车应用电子节气门的研究

Application of Electronic Throttle Control System on FAI Motorcycle

确定了电子节气门仿真参数，设计了增益调度PID控制算法和数字PID控制算法，结合建立的仿真模型，在matlab进行仿真并分析仿真结果。

Simulation parameters of the electronic throttle are determined . Gain scheduling PID control algorithms and digital PID control algorithm are designed . Combination of the simulation model , it simulated in matlab , and simulation results are analyzed .

面向X-by-Wire的电子节气门开发

Development of the Electric Throttle Based on " X-by-Wire "

利用dSPACE实时控制软件和AUTOBOX汽车内置开发试验平台对电子节气门进行了控制试验。

With the dSPACE rapid control prototyping software and the AUTO BOX test box , the electronic throttle control experiment has been done .

本文以模糊PID控制为核心算法通过C语言编程完成了整个控制系统的软件设计。本文最后在实验室设计并搭建了电子节气门控制系统实验平台，对控制系统进行了实验研究及结果分析。

Through C language programming of the fuzzy PID algorithm in this paper , we finished the software programming of the entire system . Finally , we build an experimental platform of the electronic throttle and did the experiment of the control system .

建立了电子节气门控制系统的数学模型，并采用三种控制方法：PID控制、模糊控制和基于非线性控制理论的变结构滑动模态控制，设计了三种控制器，用于电子节气门控制。

The numerical model of the electronic throttle control has been built up . In order to control the throttle , three control methods ( as the following : PID control , fuzzy control and the variable structure sliding mode control based on the nonlinearity theory ) has been presented .

介绍汽车智能电子节气门控制系统（ETCS）的组成及其控制原理，指出利用智能电子节气门可实现怠速控制、巡航控制和车辆稳定性控制等。

It introduces the construction and principle of automobile intelligent electronic throttle control system ( ETCS ), and explains the control function of ETCS , such as idle speed control , cruise control and automobile stability .

发动机是顺利re-engaged每当电池状态接近低收费的层面上或电子节气门开需要加速50公里以外的操作限制。

The engine is smoothly re-engaged whenever the battery status approaches a low charge level or the electronic throttle opening requires acceleration beyond the50 kph operating limit .

基于支持向量机逆模型的电子节气门智能控制

A New Intelligent Electronic Throttle Controller Based on SVM Inverse Model

汽车电子节气门的自适应滑模控制

The adaptive sliding mode control of the automobile electronic throttle control

分析汽车电子节气门控制器的仿真设计方法。

It describes the simulation and design of electronic throttle controller .

基于模型的嵌入式软件在汽车电子节气门上的应用

The application of based on model embedded software for automotive electronic throttle

基于非线性补偿的电子节气门滑模控制

Sliding Mode Control of Electronic Throttle Based on Nonlinear Compensation

基于回声状态网络的电子节气门复合智能控制

Echo State Networks Based Composite Intelligent Controller for Electronic Throttle

利用下位单片机发出控制信号，实现了对电子节气门、离合器执行机构以及换档执行机构的控制；

By this way electronic throttle , clutch and shifting are controlled .

基于智能节点的汽车电子节气门控制系统设计

Design of Automotive Electronic Throttle Body Control System Based on Intelligent Node

基于OSEK/VDX的电子节气门控制器的研究与开发

Research and Development on Electronic Throttle Controller Based on OSEK / VDX

混联式混合动力汽车电子节气门系统研究

A Study of the Electronic Throttle System for Parallel-Series Hybrid Electric Vehicle

模糊控制电子节气门的技术研究

The Technology of Fuzzy Control on the Electronic Throttle

汽车智能电子节气门控制系统的研究

Research on the automobile intelligent electronic throttle control system

基于滑模控制的发动机电子节气门研究

Engine Electronic Throttle Study Based on Sliding Mode Control

电子节气门变结构滑模控制及仿真与试验

Pilot Study and Simulation of Variable Structure Sliding Mode Control of Electronic Throttle

一种嵌入式智能电子节气门控制系统的实现

Achievement of an Embedded Intelligent Electronic Throttle Control System