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Research on the Controller of the Digital Cabin Pressure Regulating System Based on FIMF

机译:基于FIMF的数字舱压力调节系统控制器的研究

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Based on the cabin pressure regulating system characters of the nonlinear, larger inertia and time varying parameter, the arithmetic of fuzzy immune feedback (FIMF) was proposed to adjust PID control parameters real time and increase response and control capability of pressure loop, and using immune algorithm adjusting pressure loop control parameters real time which has optimizing performance and using fuzzy algorithm as operator function. The simulation results show that cabin pressure and pressure change rate satisfy the rule of environment control system, and the effectiveness of the new control strategy proposed in this paper was proved.
机译:基于机舱压力调节系统特征的非线性,较大惯性和时间变化参数,提出了模糊免疫反馈(FIMF)的算术,调整PID控制参数实时并增加压力环的响应和控制能力,并使用免疫调整压力回路控制参数的算法实时具有优化性能和使用模糊算法作为操作员功能。仿真结果表明,驾驶室压力和压力变化率满足环境控制系统的规则,并证明了本文提出的新控制策略的有效性。

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