1) Asynchronous Dynamical-switched Systems
异步动态切换系统
2) asynchronous dynamic system
异步动态系统
1.
Assuming the transfer delay to be ignored,the networked control system is an asynchronous dynamic system with N-events.
假定传输时延可以忽略,则整个网络控制系统可以描述为一个具有N个事件的异步动态系统。
2.
Based on the fixed rate of the data packet dropout,the error equation of the observer is modeled as an asynchronous dynamic system with multi-events.
在丢包率一定的情况下,针对系统成功传输和丢包的情况分别设计故障观测器,将观测器误差方程建模为具有多个事件的异步动态系统,应用线性矩阵不等式方法推导出具有数据包丢失率约束的误差系统指数稳定的条件。
3) asynchronous dynamical systems
异步动态系统
1.
Networked control systems modeling using asynchronous dynamical systems;
基于异步动态系统的网络控制系统建模
2.
These NCSs are modeled asasynchronous dynamical systems with rate-constraint.
论文首先对同时存在网络时延、丢包、单包／多包传输问题的网络化控制系统建立了三种数学模型(单包传输单通道，单包传输双通道，以及多包传输单通道的网络化控制系统)，将系统建模为带有速率约束的异步动态系统，并进行了稳定性分析。
3.
The method by which networked control systems(NCSs) with packet dropout could be modelled as asynchronous dynamical systems(ADSs) with rate constraints was studied.
研究了有丢包的网络控制系统建模为有速率约束的异步动态系统的方法。
4) asynchronous dynamical system
异步动态系统
1.
First of all, the NBFI with data packet dropout is modeled as an asynchronous dynamical system with rate constraints on events.
首先把网络看作一个开关,将带有丢包的NBFI系统建模为带有结构事件率约束的异步动态系统(ADSs);其次运用平均驻留时间方法与H控制理论,推导出由ADS系统进一步建模成的切换系统指数稳定同时满足一定H∞性能指标的充分条件;最后以数值例子仿真验证结论的有效性。
2.
Assuming that the transfer delay is shorter than the sampling period and the data packets can be transferred successfully at a constant rate,the singular NCS can be modeled as an asynchronous dynamical system.
假设传输时延小于一个采样周期,数据包传输成功率一定,将广义网络控制系统进行建模为异步动态系统,同时利用李雅普诺夫函数和线性矩阵不等式方法,给出系统稳定的充分条件。
5) asynchronised handover
异步切换
1.
It introduces the classification of handover, and then focuses on the realization of power control with the asynchronised handover procedure, including the algorithm of opened power control and the mechanism of closed power control.
简单介绍了 TSM系统的发展和“远近效应”对系统的影响 ,以及克服“远近效应”的主要方法—功率控制 ,接着介绍了 TSM系统的切换分类 ,然后以异步切换过程为例 ,着重介绍相关的功率控制的实现过程 ,包括开环功率的计算方法和闭环功率的实现机理。
6) singularly switched system
奇异切换系统
1.
Topic: the H_∞ stability of a kind of linear singularly switched system;
一类奇异切换系统的H_∞问题
补充资料：参数估计(见动态系统辨识)
参数估计(见动态系统辨识)
parameter estimation
CQ门sJ，日g七了J{参数估计(Parameter郎timation)理论和动态系统辫识见估计
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