介绍了怠速模糊控制系统的结构和工作原理以及模糊控制器的设计过程。
The construction and working principle of the fuzzy controller are described, and the design procedure of the fuzzy controller is given in detail.
同时，在发动机台架试验台上研究了该系统的怠速启停控制功能和控制器输入输出响应性能。
Meanwhile, this paper verifies the function of engine idling start-stop control system and the performance of controller IO response using the engine testing bench.
由于发动机的怠速运转是非常复杂的一个过程，所以要在发动机怠速的数学模型的基础上来设计控制器是很困难的。
The proceedings of idle speed are so complex that it is very difficult to design a good controller based on the mathematical model of gasoline engine idling condition.
结果表明点火提前角的自动调节对怠速稳定性的控制效果明显，CMAC控制器能有效地用于发动机怠速控制。
The results showed that the adjustment by spark advance angle on the idling speed was notable, thus, CMAC controller is an effective approach for controlling engine idling speed.
结果表明点火提前角的自动调节对怠速稳定性的控制效果明显，CMAC控制器能有效地用于发动机怠速控制。
The results showed that the adjustment by spark advance angle on the idling speed was notable, thus, CMAC controller is an effective approach for controlling engine idling speed.
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