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| | The neural network is the most important artifical intelligence technology at present. It simulates the structure of human brain and its function of dealing with or memorizing the information. The neural network is adept at learning from the input and output data and draws out an useful information. The prediction of the engine performance means using the structure and operation parameters of the engine to predict the engine performances. So we can use the learning characteristic of the neural network to sh... | | 神经网络是当前最主要的智能控制技术 ,它是模拟人脑的结构以及对信息的记忆和处理功能 ,具有擅长从输入输出数据中学习有用的知识的特性。发动机性能预测是根据发动机结构参数和运转参数来估算推测发动机的各种性能指标 ,因此可以利用神经网络的学习性的特点 ,借助神经网络 ,将各种影响汽油机燃烧过程的主要参数对汽油机的非线性影响以网络模型的形式表示出来。本文讨论了如何抛开数学建模的方式 ,选用广义回归神经网络进行发动机动力性、经济性的预测 ,并应用了MATLAB软件工具箱编程 ,给出一个两缸电控汽油发动机的动力性、经济性预测模型的实例。 | | 文摘来源 | | In this paper we introduced the signification of design Multimedia CAI for Electron Controlled Gasoline-engine,processing and the method based on Visual Basic.The achievement to play multimedia with VB is given. | | 本文论述了电控汽油发动机MCAI课件的设计意义,介绍了以VB为主要开发工具设计电控汽油发动机MCAI课件的过程和方法。 | | 文摘来源 | | A test-bed is designed and studied for fault diagnosis of the electronic control gasoline engine. The test-bed can display data flows and failure codes exactly and directly, and set a fault on the engine electronic control system. The test-bed offers a method for diagnosing fault of the electronic control engine. Automobile technician can analyze data flows and failure codes with the aid of the test-bed so as to find fault of the engine electronic control system. Moreover students can also learn the princip... | | 设计和研究了电控汽油发动机故障实验台。实验台能够准确、直观地显示发动机电控系统的数据流和故障码,并能设置故障。试验台为电控发动机的故障诊断提供了方法,汽车维修技术人员可借助该实验台进行数据流分析和故障码分析,来诊断电控发动机的故障,学生也可进行电控发动机理论和故障诊断的学习。 | | 文摘来源 | |   | | << 更多相关文摘 |
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