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An Application of Artificial Immune PI Controller to the Hot-end Temperature Control of a Rotary Kiln

机译:人工免疫PI控制器在旋转窑热端温控中的应用

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A biological immune system can respond to various antigens immediately and maintain adequate stabilization, which dues to the active and inhibitive function of T cells in different stages of the immune process. In this paper, the hot-end temperature was chosen as the controlled object. It was a large-delay system whose parameters vary. And it often suffered from severe disturbances. This paper presented an artificial immune PI controller and its application to the hot-end temperature control system, and then compared the effect with the one of a traditional PI controller. The simulation result indicates that this kind of controller improves evidently on the aspects of dynamic response ability, anti-disturbance ability and adaptability to the parameter-variation.
机译:生物免疫系统可以立即响应各种抗原并保持足够的稳定化,其在免疫过程的不同阶段中的T细胞的活性和抑制函数。本文选择了热端温度作为受控物体。它是一个大延迟系统,其参数变化。它经常遭受严重的干扰。本文介绍了人工免疫PI控制器及其在热端温度控制系统中的应用,然后将其与传统PI控制器之一进行了比较。仿真结果表明,这种控制器在动态响应能力,抗干扰能力和对参数变化的适应性方面显然提高。

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