A new method via unstructured model is presented for analysing the system described by impulse response function and solving its optimal control problem.
给出了一个利用非结构模型求解、用脉沖响应函数描述的系统的分析和最优控制问题的新方法。
Firstly, based on the staged unstructured model of Nosiheptide fermentation process, secondary variables were selected according to the implicit function existence theorem.
首先以分阶段的诺西肽发酵过程非结构模型为基础,根据隐函数存在定理进行辅助变量的合理选择;
Mathematical kinetic model describing the time-course of biomass, products and substrates were obtained based on the unstructured model of biochemical process.
建立了褐黄孢链霉菌分批发酵生产纳他霉素过程基于非结构模型的菌体生长、基质消耗和产物形成的动力学方程。