| 1. | The application of temperature control of a electrical furnace shows that this algorithm has good performance
将其应用到电加热炉的温度控制，取得了较好的控制效果。 |
| 2. | Copper casting process flow realizes electrical furnace centrifugal casting , this flow increases the cage inner quality , enlarge production ability
铸铜工艺生产流程实现了电炉化离心铸造，提高了保持架的内在质量，扩大了生产能力。 |
| 3. | Based on this , genetic algorithms are used to adjust the parameters of the filter in the internal model controller , the simulation experiments and the real - time temperature control of electrical furnace have been made
以此为基础，提出了将遗传算法用于内模控制中滤波器参数的整定，并进行了控制系统的仿真实验和实例设计。 |
| 4. | With natural volcanic rock as raw material without any additive , our company uses electrical furnace to produce continuous basalt fibres with different filament diameters by “ one - step ” process
该公司采取纯天然火山岩原料，没有任何人工配制或合成的添加剂和辅助原料，以全电熔炉的方式，用“一步法”工艺生产多种不同规格的连续玄武岩纤维。 |
| 5. | 5 . combining internal model control method with smith predictor and single neuron controller , a neuro - pid internal model control method for time - delay systems is put forward . the real - time temperature control result of the electrical furnace shows that the control performance is very good
将内模型控制与smith预估控制相结合，并引入单神经元控制器，提出了时滞系统神经元自适应pid内模控制方法，并将其应用于电加热炉的温度控制，取得了较好的控制效果； 6 |
| 6. | The design theory of neural networks and the estimations of linear systems and nonlinear systems with dead time using neural network are discussed . neuro - pid internal model control , adaptive pip controller based on neural network and adaptive smith predictor using neural network are proposed for time - delay systems . the simulation experiments and the real - time temperature control of electrical furnace are made
文中着重研究了神经元网络设计理论、基于神经网络的线性和非线性时滞对象辨识及时滞系统控制方法，以此为基础提出了时滞系统神经元自适应pid内模控制、时滞系统神经网络自适应pip控制以及神经网络自适应smith控制方法，并进行了控制系统的实例设计与仿真实验。 |
