本文介绍了世界上发动机电子控制装置的现状。
This is an introduction of the status quo of EEC in the world.
最后指出，发动机电子控制是一个充满着无穷商机的行业。
It was pointed out that the EMS manufacturing is an vocation which is filled with business opportunities.
发动机电子控制主要包括喷油控制、点火控制以及怠速控制等。
Electronic control of the vehicle engine includes electronic fuel injection, electronic spark control and idle speed control.
本文就是针对这一问题深入研究了汽油发动机电子控制系统的检测诊断。
The article researched mainly the check and diagnosis of electronic control system of petrol engine.
传感器动态特性是汽车发动机电子控制领域需要研究的主要技术问题之一。
Dynamic characteristics of the sensors are one of main technical matters required to be studied in automobile engine electronic control field.
熟悉发动机或发动机电子元器件，知道如何解决质量问题，ISIR和检验。
Familiar with engine or engine electronic components, know how to handle the quality issue, ISIR and inspect.
从软、硬件角度设计了适用于分布式系统的发动机电子控制器，如周期信号发生器；
In the paper, engine electronic controller(EEC) which is fit for distributed system is designed from the way of hardware and software, such as regular pulse generator.
经对某航空发动机电子综合调节器燃油通道动态过程参数模型辨识的实例，验证了该算法精确快速。
Through the analysis of a system identification example of X aero-engine EEC (engine electronic controller) , the result shows this.
怠速控制是发动机电子控制的重要组成部分，其控制效果直接影响发动机的运转稳定性、燃油消耗和排放。
Idle speed control is an important part of Engine Electronic control System. The control result affects the stability, fuel economy and emission directly.
本文简述了发动机基本原理和构造，介绍了发动机电子控制系统的组成和常用的传感器和执行器以及发动机的各种电子控制项目。
The basic principle and construction of IC engine as well as the configuration of EMS and the most frequently used sensors and actuators were briefly described in this paper.
介绍了一种双燃料发动机电子控制单元开发，该控制单元不仅可以用于电喷发动机，而且可以用于化油器发动机的双燃料汽车改造。
An electronic control unit has been developed for dualfuel automobiles. It can be used in an electronic injection engine, and it can also be used to upgrade dualfuel autos engines with carburetors.
本文的目的就是利用实物实时仿真技术验证发动机电子控制控制用的逻辑、算法以及确定各种控制参数，模拟发动机外部物理环境来调试、检测发动机性能。
The paper present that validate the logic&arithmetic and confirm the system parameters of engine electronic control system, test the engine performance through simulating the physical circumstance.
针对汽车发动机电子点火模块输出波形的特点，提出一种新的基于模糊模式识别的汽车发动机电子点火模块性能测试方法，并系统地讨论了该方法的具体实现技术。
Aiming at the output waves features of electronic ignition blocks using to automobile engines, in this paper a new method based on fuzzy pattern recognition is put forward, and is realized.
论文涉及汽车发动机电控单元（ECU）软、硬件设计，是镇江江奎集团汽车电子产业项目—919项目的一部分。
The design of software and hardware of Engine Control Unit (ECU) given in this paper is a part of Automobile electronics project namely the 919 project of Jiankui Group.
论文涉及汽车发动机电控单元（ECU）软、硬件设计，是镇江江奎集团汽车电子产业项目—919项目的一部分。
The design of software and hardware of Engine Control Unit (ECU) given in this paper is a part of Automobile electronics project namely the 919 project of Jiankui Group.
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