基于神经内分泌调控机制的类生物化制造系统研究

Bio-inspired Manufacturing System Based on Neuroendocrine Regulation Mechanism

从制造系统、生物系统、控制系统学科交叉的角度出发,借鉴生物有机系统的神经-体液调控机制及规律,提出了一种新型的类生物化制造系统体系结构,研究如何将生物有机体的神经内分泌激素调控机制借用到制造系统调度规划与管理中。首先提出了有机制造单元的概念,然后建立了基于有机制造单元的具有多主体协调与递归控制特点的类生物化制造系统协调模型。基于神经内分泌激素调节规律,建立了类生物化制造系统的多重反馈控制模型,实现车间层在干扰环境下的快速自适应调度与控制。

From the interdisciplinary point of manufacturing engineering, biology engineering as well as control engineering, a new type of bio-inspired manufacturing system architecture is presented based on the neuroendocrine regulation mechanism of the biological organism, and especially the general princi- ples of hormone release control are used for adaptive production planning and control. First, a concept of organic manufacturing cell is proposed, and then a reference framework of bio-inspired manufacturing system is established based on recursive control and regulation of organic manufacturing cells. Mimic- king the hormone secretion and release behavior, a multiple feedback control model of bio-inspired man- ufacturing system is set up, which can enable the adaptive scheduling and production control to deal with the changes and stimulus on the job shop floor.