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Air debit's automatic regulation in the aircrafts' cabins using a debit regulator with direct action

机译:使用直接作用的借记调节器对飞机机舱中的航空借记进行自动调节

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The paper presents the mathematical model of a system, with direct action, for the regulation of the air debit in the aircrafts' cabins. It consists of a debit transducer, a regulator and an execution element. Using two different methods (least square method and neural networks method), one makes the identification of the system, obtaining (using a Matlab program and a Matlab/Simulink model) the responses to step or impulse input in the complex and discrete planes and time variations of non-dimensional pressure inside the regulator. With least square method (LSM) the output of the system and the output of the model were plotted. The identification is made very well - the two signals overlap. The identification may also be made using neural networks. Using this method, one obtained the indicial responses of the control system and of the neural network before and after the training process.
机译:本文提出了一种直接作用的系统的数学模型,该系统用于调节飞机机舱中的借记卡。它由一个借记传感器,一个调节器和一个执行元件组成。使用两种不同的方法(最小二乘法和神经网络方法),一种可以识别系统,获得(使用Matlab程序和Matlab / Simulink模型)对复杂和离散平面和时间中阶跃或脉冲输入的响应调节器内部无量纲压力的变化。使用最小二乘法(LSM)绘制系统的输出和模型的输出。识别非常好-两个信号重叠。识别也可以使用神经网络来进行。使用这种方法,可以在训练过程之前和之后获得控制系统和神经网络的独立响应。

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