| 1. | Computerized optimum control system for tube reheating furnace and its application
荒管再加热炉计算机优化控制系统及其应用 |
| 2. | It should optimize the control parameters when we design the wind turbine
优化控制系统参数对风机的整机性能也是相当重要的。 |
| 3. | Realization of optimum control system of thermoplastic material production run based on genetic arithmetic
基于遗传算法的热塑材料生产过程优化控制系统的实现 |
| 4. | An optimized sloshing - suppression design of liquid container transfer system using computational hydrodynamic model
基于计算流体动力学模型的液体传送制振优化控制系统 |
| 5. | The optimal control system of sintering process is composed of state parameters module and optimal control module
烧结过程的上位机优化控制系统主要包括状态参数分析模块和控制参数优化模块。 |
| 6. | Apply ann ( artificial neural network ) in optimizing control system based on the optimized water flooding equipment ; test the control system using the industrial data
以注水机组优化为系统优化的基础，将神经网络引入优化控制系统，利用工业现场记录的历史数据进行了测试，取得了令人满意的效果。 |
| 7. | Based on can bus , this thesis develops an innovational air preheater leakage control system , with pcs structure to fulfil the optimal control over system structure and the multi - signals transfer
为了优化控制系统结构并解决系统中多种信号的传递问题，本课题以can总线为基础，建立了fcs结构的新一代空气预热器密封间隙控制系统。 |
| 8. | A sum - up is made of the industrial use of the microcomputer integrated hydraulic control technology in gasification , and requirements and prospects are proposed for the realization of comprehensive optimized control in gasification
摘要对造气微机集成油压控制技术的工业应用情况进行了总结，并对造气实现生产综合优化控制提出要集成油压综合优化控制系统求和展望。 |
| 9. | In this paper , with the pb - zn sintering process of imperial smelting process ( isp ) in shaoguan smeltery works as study object , the design and implementation of y xl distributed control system ( dcs ) of sintering process is fulfilled as well as the development of optimal control system
本文以韶关冶炼厂isp铅锌烧结过程为对象，设计和实现了烧结过程xl集散控制系统，设计和开发了烧结过程优化控制系统。 |
| 10. | This paper focuses on the design and implementation of intelligent hybrid - bus data collecting and processing system . based on one - wire techniques and its digital sensors , a hybrid - bus system is designed ; then with field - bus techniques , a lonworks hybrid data collecting system is constructed for the monitoring of distributed targets ; in order to realize real - time measurement and control on large - scale distributed system , gprs sms technique is adopted for the realization of the wireless data collecting system ; moreover , in order to improve the efficiency of control systems , a method of designing intelligent hybrid data collecting system is proposed based on multi - agent theory , and the multi - agent model and hardware structure are also discussed in detail with the fusion of one - wire and fieldbus techniques
本文对基于混合总线技术的网络化智能数据采集与处理系统的设计与实现方法进行了研究：利用单总线技术和单总线数字传感器，设计了基于单总线的混合总线网络数据采集与处理系统；利用现场总线技术，设计了基于lonworks的混合总线网络数据采集与处理系统；为了实现大规模分散目标的实时测控，利用gprs短信息技术设计了无线智能数据采集与处理系统；为了优化控制系统的性能，基于agent理论，提出了融合单总线技术和现场总线技术的多agent混合总线智能数据采集与处理系统的模型及其硬件实现方法。 |
