2) the industry-agriculture cooperative coupling
工农协同耦合
3) cooperative decoupling
协同解耦
1.
In order to improve the decoupling control performance of the practical technical processes, an intelligent cooperative decoupling controller (ICDC) based on the physiological regulation mechanism of blood pressure and body temperature is presented, and its control structure and decoupling algorithm are also provided.
为了改善实际工艺过程解耦控制效果,基于人体血压和体温的生理调节机制,提出一种智能协同解耦控制器,并给出其控制结构和解耦控制算法。
5) coupled synchronization
耦合同步
1.
The problem on the coupled synchronization of hyperchaotic systems is discussed and a new approach for realizing the synchronization of two linearly coupled hyperchaotic systems is applied.
该方法基于线性时变连续系统的稳定性理论,通过把高维时变系统的稳定性判定简化为低维定常辅助方程稳定性判定,从而减弱了时变系统的稳定性条件,实现了系统的耦合同步。
2.
Based on fuzzy control concept,the coupled synchronization of a newly-proposed Liu s chaotic system is studied.
基于模糊控制思想,研究了新近提出的Liu混沌系统的耦合同步。
3.
Based on these features,three synchronization methods,that is,non-linear feedback synchronization,coupled synchronization,state observed synchronization,are used to realize the synchronization of Qi system.
Qi混沌系统是一种新的三维混沌系统,其具有更复杂的混沌动力学特性,用非线性反馈同步、耦合同步、状态观测器三种方法实现了该系统的同步。
6) Synchronous coupling
同步耦合
1.
The implementation model and technology which carry out the synchronous coupling of the displacement,pressure and time is studied,and then operating principles based on application and the technique of the software and hardware is designed.
针对液压支柱产品生产中产品性能实时同步的检测要求,并能从产品的完整检验过程对产品进行在线综合评估分析,从而实现生产检测的自动化,提出了一种以位移和压力实时同步检测的液压支柱在线评估新方法,研究了实现位移、压力、时间等同步耦合的系统实现模型,并根据检测需求研究了所提出方法的工作原理及其软、硬件实现技术,通过采用组件化设计方法解决了各组成模块在线、并行运行有关问题,生产应用表明系统满足预定要求且具有较高的可靠性、稳定性及工作效率。
补充资料：协同
①各方互相配合：协同作战。②协助：请机修班协同安装设备。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条