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Study for PID Temperature Control of Plant Growth Cabinet Based on Neural Network

机译:基于神经网络的植物生长柜PID温度控制研究

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Environment for plant growth is difficult to establish precise mathematical model. The conventional control methods are difficult to be well controlled, and put forward a neural network PID control temperature on the growth environment of plant. In this paper, taking the lettuce as an example, using MATLAB to simulate the PID control and PID control of BP neural network, the results proved that PID control of BP neural network has small overshoot, fast response speed and good stability compared with the traditional PID control, and better controlled temperature changing with the target temperature.
机译:植物生长环境难以建立精确的数学模型。常规控制方法难以良好控制,并提出了对植物生长环境的神经网络PID控制温度。在本文中,以MATLAB为例,使用MATLAB模拟BP神经网络的PID控制和PID控制,结果证明了BP神经网络的PID控制具有较小的过冲,快速响应速度和良好的稳定性与传统相比PID控制,并更好地控制温度随目标温度而变化。

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