| 1. | How to : add online controls to the toolbox
如何：向工具箱添加联机控件 |
| 2. | 4 . online control system requires high performance and high stability
在线控制软件要求的是高性能和高可靠性。 |
| 3. | In this paper , a fuzzy controller of two inputs and one output is designed to meet the cod online controlling of wastewater treatment
模糊控制的实现主要在于模糊控制器的设计，本文设计了一个两输入单输出的模糊控制器来达到污水处理中cod的在线控制。 |
| 4. | Making use of the neural work ' s self - study ability , combining neural work with pid control method , the temperature control system achieves intelligent online control
摘要利用神经网络的自学习特性，将神经网络与pid控制方法相结合，实现对温度控制系统的线智能控制。 |
| 5. | And then , the trained neural networks replace the fuzzy inference system in the online control system . an adaptive self - adjust unit is used to boost the system up and to reduce the static errors of the system
该控制器还增加了自适应调整机构，通过对比例系数的调整达到增强系统的快速性和减少系统的静态误差的目的。 |
| 6. | Its function is moving the product data of continuous casting online control system ( abbreviated to ccocs ) into offline data warehouse in which the data can be kept for three years and can be queried and analyzed by user
其主要功能是将连铸在线控制系统的产品工艺数据离线保存三年以上，并实现对这些历史数据的查询和综合分析。 |
| 7. | As analyzing characters of the remote control , we bring forward three - layer structure of the system , which includes the layer of monitoring and control , the layer of data and the layer of online control
本文分析了这种远程控制技术的特点，提出了一个三层体系结构模型(监控层数据管理层数据采集与控制层) ，并对该体系结构进行了较为详细的描述。 |
| 8. | Chapter 3 is devoted to an introduction of structure and function of simulation system of pneumatic operation for marine engine , which was conducted by us , emphasizing its character of real - time online control & simulation
接着在第三章将主要介绍自行研制的“船舶主机气动操作实时仿真系统”的结构组成和功能；着重强调其所具有的实时在线仿真特点。 |
| 9. | So , it ' s necessary to develop more effective cct - calculating method , which will play an important role in improving power system stability , and provide possibility in realization of online control
因此，寻找更为有效的临界切除时间计算方法和发电机出力预防控制方法是必须的，对提高电力系统稳定性有极大的作用，也为日后在线控制的实现提供了可能性。 |
| 10. | The modal parameters are identified using the experimental identification methods , and the state space model of the dynamic system is built up using the identified parameters . the identified model is more suitable to make online control due to its small size
同时利用模态分析技术对结构的模态参数进行识别，用识别的模态参数建立了结构振动的状态空间模型，为控制器的设计做好了准备。 |
