采用全权限数字式电子控制技术是航空发动机控制的一种发展趋势，电子控制器是控制系统中最核心的部分。
The technology of full authority digital electronic control is a trend of aeroengine control, and the electronic controller is the primary part in an aeroengine control system.
本文从数学模型和控制器两方面着手研究提高航空发动机控制系统自适应性的方法。
To improve the adaptive capability of aeroengine control system, the research on mathematic model and controller has been conducted in present thesis.
实验结果表明该智能位置控制器适用于航空发动机分布式控制系统。
The result indicates that the smart position actuator can be applied to aeroengine distributed control systems.
提出了基于CAN总线和DSP的航空发动机分布式智能位置控制器。
A smart position actuator based on CAN buses and DSP for aeroengines is proposed.
这种方法为航空发动机多变量数字电子控制器的设计奠定了强有力的基础。
The proposed method can be applied to the establishment of the aeroengine state space model, which will be helpful in the multivariable digital electronic engine control system design.
仿真研究了该控制算法和控制器的特性，结果表明用该控制方法设计的航空发动机模糊控制系统获得了满意的控制性能。
The research focuses on the algorithms and the property of this controller, as well as its application in aeroengine control by computer simulation. The results show that this method is...
仿真研究了该控制算法和控制器的特性，结果表明用该控制方法设计的航空发动机模糊控制系统获得了满意的控制性能。
The research focuses on the algorithms and the property of this controller, as well as its application in aeroengine control by computer simulation. The results show that this method is...
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