Titlebook: Bio-Inspired Collaborative Intelligent Control and Optimization; Yongsheng Ding,Lei Chen,Kuangrong Hao Book 2018 Springer Nature Singapore

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Human Body Based Intelligent Cooperative Decoupling Controllers,is chapter, we discuss the developments of some effective decoupling control methods for the coupling phenomenon among complex systems. Firstly, a bio-inspired decoupling controller (BDC) from the bi-regulation principle of the growth hormone (GH) in neuroendocrine system is proposed. Secondly, an i

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Immune Inspired Collaborative Learning Controllers,ntelligent controller (RLIC) based on primary–secondary response mechanism of immune system is presented. Secondly, an iterative learning control method based on the recognition, response, and memory mechanism of immune system (IRRM-ILC) is proposed. Finally, based on the biological immune mechanism

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Bio-Network Inspired Cooperative Intelligent Controllers,. In this chapter, some bio-network inspired cooperative intelligent controllers and strategies are proposed. Firstly, we propose a novel nonlinear guided intelligent controller (NGIC) inspired by the bi-cooperative regulation mechanism and the regulation characteristics of glucose in human body. Se

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Bio-Inspired Optimization Algorithms,esign of an engineering process from some set of available alternatives is called engineering optimization. In this chapter, several bio-inspired optimization algorithms are proposed and applied to engineering process. Firstly, we propose a new synergetic immune clonal selection algorithm (SICSA) to

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