电子控制单元

完成了电子控制单元的软硬件系统设计，利用自行设计的数据采集系统，对电液操纵控制系统进行基本功能测试和性能的试验，测试和试验的结果达到了系统的要求。

Design of hardware and software of ECU is done , and basic function and performance of the control system is tested with the designed data acquisition system on the bedstead .

比较并分析了部分试验的结果，以此得出了H∞鲁棒控制能显著地增强电子控制单元鲁棒性的结论。

H_ ∞ robust control can observably strengthen robustness of Electronic Control Unit was got based on comparing and analysing the part of the test results .

用于FAI电喷系统电子控制单元（ECU）的开发工具

ECU Development Tools for the FAI Electronic Fuel Injection System

汽车电子控制单元ECU的设计

The Design of Automotive Electronic Control Unit

ESC系统电子控制单元信号模块硬件设计与研究

Design and Research on the ECU Signal Hardware Module of ESC System

汽车ABS电子控制单元综合性能测试试验台汽车离合器盖总成综合性能试验台测控系统

Development of Integrative Performance Test Bench of the Vehicle ABS ECU Measurement and Control System for car Clutch Cover Assembly Comprehensive Performance Test Rig

简单介绍了电子控制单元（ECU）和电子控制自动变速系统。

Also introduced in the paper are ECU ( electronic control unit ) and electronically controlled automatic speed changing system .

介绍了适用于不同型号、不同配置气体燃料发动机的通用电子控制单元（ECU）。

A universal electronic control unit ( ECU ) suitable for gaseous fuel engines with different types and configurations is presented .

汽车电子控制单元对实时性的要求非常高，ECU软件采用传统的前后台系统进行多任务的处理难以满足其对高实时性的要求。

It is hardly to meet the requirement of high real-time by using the traditional Foreground / Background System to process multi-task .

在汽车电动转向器（ElectricPowerSteering，简称EPS）中，传感器在探测司机转向操作，获取其数据并将些信息以信号的方式传送到电子控制单元中起着极为重要的作用。

In electric power steering system ( EPS ), the sensor plays an important role for detecting the wheel steering operation as steering torque data and sending this data to the controller unite as a signal .

为实现汽车各电子控制单元（ECU）间的通信，现代电控系统大多采用控制器局域网（CAN）技术。

In order to transfer information among these ECUs ( Electronic Control Unit ), CAN is introduced in most automotive electronic control system .

该系统可缩短电子控制单元（ECU）的软件开发周期、提高可靠性和共享软件资源。

The system can shorten the developing time of software for electronic control units ( ECU ), improve reliability and share software resources .

电子控制单元（ECU）（24）会通过利用发电机功耗和辅助电功耗执行驾驶功率控制的操作。

An electronic control unit ( ECU )( 24 ) performs drive power control operation by using electric power generation cost and electric assist cost .

开发了ZL50装载机液力传动变速箱自动换挡操纵系统及其电子控制单元（ECU）。

Authors research on developing of automatic gear shifting control system and its electronic control unit .

同时利用了MATLAB的XPCTarget工具箱，在该实时仿真和开发平台上完成被控对象的实时仿真，为发动机电子控制单元的硬件在环仿真提供了基础。

At the same time , the author completed real-time simulation of the controlled object by the xPC Target toolbox of MATLAB . It supports the hardware-in-loop simulation of engine electronic control unit .

传感器电缆用于连接传感器和电子控制单元（ECU），传递传感器发出的车轮速度信号。

The Sensor Cable is used for connecting the sensor to the Electronic Control Unit ( ECU ), transmitting the wheel speed signal sent out the sensor .

该系统由转向电子控制单元（ECU）、全液压转向器、步进电机、步进电机驱动器、角位移传感器等组成。

This system consists of steering electronic control unit ( ECU ), all hydraulic steering , stepping motor , stepping motor driver and angular displacement sensor , etc.

ECU（电子控制单元）是柴油机电子控制系统的大脑，位置正时是其主要功能之一。

ECU ( Electronic Control Unit ) is the brain of a diesel engine electronic control system , the location synchronization is one of its main functions .

电子控制单元（ECU）的软、硬件开发技术作为电控系统开发的关键技术，相比国外还比较落后。

The control system of software and hardware which is the key technologies of electronic control unit ( ECU ) is still relatively backward in our country .

本文研究的中型货车气压ABS由制动压力调节器、轮速传感器和电子控制单元（英文简称ECU）三大部分组成。

The air ABS of medium-duty truck studied in this thesis included three parts : braking pressure adjustor , rotate speed sensor of wheel and electronic control unit ( ECU ) .

ABS气压调节阀电缆用于连接电子控制单元（ECU）和ABS气压调节阀，传递ECU发出的控制信号。

The Solenoid Valve Cable is used for connecting the Electronic Control Unit ( ECU ) to the Solenoid Modulator Valve , transmitting the control signal sent out by the ECU .

鉴于上述情况，哈尔滨工程大学研制开发了一种具有自主技术的双燃料汽车液化石油气电控供气系统的核心元件&电子控制单元（ECU）。

In view of the above , Harbin Engineering University has developed a kind of nuclear component of electronic control system-electronic-control-unit ( ECU ) which owns independent rights .

针对轿车自动变速器电子控制单元所需的外围参数，模拟ECU工作时所需的汽车行驶环境，研制开发自动变速器电子控制器测试仿真台。

According to the peripheral parameter for automatic transmission ECU working , we simulate the road environment , research and develop the testing Simulative system of automatic transmission ECU .

近几年，汽车上基于嵌入式系统的电子控制单元（ECU）越来越多，目标应用系统越来越复杂。

Resent year , more and more ECU ( Electronic Control Unit ) based on embedded system are applied in the vehicles and the object systems become more complex .

本文在研究了电动助力转向系统工作原理的基础上，设计开发了EPS的电子控制单元ECU（ElectronicControlUnit）的硬件电路和相应的控制软件，并进行了EPS系统的台架实验。

Based on the study of the operation principles of EPS , the present thesis designed and developed the Electronic Control Unit ( ECU ) and the software program of the ECU of EPS , also carried out the bed test .

介绍了汽车尾气污染的来源和产生机理及其净化方式，通过电子控制单元（ECU），利用废气再循环系统（EGR）和三元催化装置来控制汽车尾气排放污染。

Introduced in the paper is a system which controls the tail gas emission of automobiles . The system is composed of ECU , EGR and a ternary catalytic cleaner .

新颖性–电子控制单元（ECU）（4）产生电功率命令值，指示了蓄电模块（10-1）电功率输入-输出的目标值。

NOVELTY-An electronic control unit ( ECU )( 4 ) generates electric power command value indicating target value of electric power input-output with respect to electrical storage module ( 10-1 ) .

总成控制器（HCU）需要通过外设端口和其他电子控制单元（ECU）进行通信。

HCU ( Hybrid Control Unit ) is an important part of HEV . HCU communicate with other ECUs ( Electronic Control Unit ) by peripheral ports .

目前，车载系统主要采用电子控制单元（ECUs）来实现X-by-wire技术。

Nowadays , the automotive systems mainly adopt electronic control units ( ECUs ) to realize X-by-wire technology .

软件方面，分析了电子控制单元的软件控制流程，完成了控制软件的总体设计；编写了主程序、底层中断程序与通信程序；在H∞鲁棒控制的算法实现方面有所创新。

For software , software control flow of Electronic Control Unit was analysed . Overall design of control software was designed and main program , underlying interrupt program and communication program were programed . There was some innovation in how to realize H_ ∞ Robust Control by Algorithm .