级联系统

级联系统与∧和v系统之间呈现两个差别。

The two differences lie between the proposed cascade system and the Λ and V systems .

分别应用级联系统稳定性理论和输入状态稳定（ISS）理论，对混沌系统的控制与同步，设计了简单的线性控制器。

Based on cascade system stability theory and Input-to-State-Stability ( ISS ) theory , we propose a simple linear feedback for chaos control and synchro-nization .

基于计算机网络的建模理论&网络演算（NetworkCalculus），研究了质量保证型服务单网络节点和多网络节点级联系统的性能界值；

The performance bound of Guaranteed Service , including single network node and multiple network elements concatenation , based on Network Calculus is researched .

植物ABA信号途径中也有MAPK级联系统的参与。

MAPK cascade also involve ABA signaling pathway in plants .

本文重点研究了几类典型基于Turbo准则的串行级联系统的迭代译码算法。

This dissertation mainly studies the iterative decoding algorithms in typical serial concatenated systems based on Turbo principle .

本文首先研究了几种基于Turbo准则的并行级联系统的Turbo译码算法。

Firstly , the iterative decoding algorithms in typical parallel serial concatenated system based on Turbo Principle are discussed .

两级延时线级联系统中，第一级延时线中SOA引入的ASE噪声是输出信噪比恶化的主要因素。

In two-unit cascaded FDL system , amplified spontaneous emission noise introduced in first stage is a major factor for output SNR deterioration .

本文主要研究基于Turbo码的，分别利用QAM调制和CPM调制的自适应串行级联系统。

In this dissertation , we mainly study adaptive serially concatenated systems with QAM and CPM modulations based on Turbo codes .

本文给出了卷积码与GMSK调制器级联系统的一种迭代译码方案。

An iterative decoding scheme for the concatenation of convolutional code and GMSK modulator is presented .

基于Turbo-TCM与时空分组码的级联系统的次优译码算法

A sub-Optimum Decoding Algorithm for System Concatenated with Turbo-TCM and Space Time Block Codes

第二，如果利用∧和v系统的单个跃迁耦合探测场建立色散转换，当退耦合态起主要作用时，系统不能产生色散转换，而级联系统不涉及退耦合态。

Secondly , dispersion switching does not occur in the Λ and V systems when the probe field is only coupled to either of two transitions and the decoupled state plays a dominant role . In contrast , the present scheme does not involve the decoupled state .

首先介绍了跳频CPM的系统模型，并分析了CPM的信号特点，它是一种有记忆的调制方式，与信道编码可以结合组成串行级联系统。

First of all , the system model of FH-CPM is introduced and the signal features of CPM are analyzed . It is a kind of modulation with memory . The Serially concatenated system can be composed of CPM and channel coding .

针对瑞利信道中存在的严重的多径衰落，本文实现了Turbo-TCM方案与时空分组码的级联系统，以期利用空间分集改善系统的误码率性能。

To resist severe multi-path fading over Rayleigh channel , this paper achieves wireless communication system concatenated with Turbo-TCM and space time block codes . We hope the concatenated system can improve decoding performance by utilizing additional spatial diversity .

电子倍增级联系统中的噪声因子和增益起伏因子

Noise Factor and Gain Variation Factor in Photoelectron Multiplied Cascaded System

多维网格编码与空时块码的级联系统

The System of Concatenating Space-Time Block Coding with Multidimensional Trellis-Coded

光纤级联系统中准孤子传输的数值模拟

Numerical Simulation of Quasi Stable Soliton Transmission in a Cascaded Fibre Link

非线性级联系统的不变控制在理论上的研究正在为控制理论与工程应用提供理论和方法上的借鉴与支持。

Invariance control for nonlinear cascade systems can provide theoretical methods and practical support .

一类级联系统的单控制器设计

Single-control Design on a Class of Cascaded System

基于连续相位调制的串行级联系统

Serially Concatenated System Based on Continuous Phase Modulation

电力电子级联系统动态特性与控制研究

Dynamics and Control of Electronic Cascaded Systems

级联系统模块间能实现输入端的均压与输出侧的均流。

The cascade system can realize same input terminal voltage and output side current equalizing .

文章在分析系统成对错误概率的基础上，对级联系统的平均信息速率进行了仿真。

System average rate simulation based on pair - wise error probability analyzing is conducted .

电力电子级联系统稳定性判据研究及仿真验证

The research and simulation of the impedance ratio criterion about power electronics cascade system 's stability

近年来，关于非线性级联系统的研究，尤其得到研究者的广泛关注，并取得了一定的研究成果。

Recently years , nonlinear cascaded system has been researched widely and some achievements have been obtained .

级联系统的惯性流形

Inertial Manifold for Cascade System

基于该简化级联系统及李雅普诺夫线性化方法，本文提出了解析形式的小信号稳定性判据。

An analytical small-signal stability criterion is obtained based on this simplified system and Lyapunov linearization method .

本文进一步研究非线性级联系统的稳定性及控制设计问题。

In this dissertation , the stability and control design problem of nonlinear cascaded systems was studied further .

首先，介绍了级联系统、不变控制、切换控制、无源等相关的预备知识。

Firstly , related knowledge of nonlinear cascade systems , invariance control , switching control and passivity , etc.

本文研究基于切换的非线性级联系统的鲁棒不变控制问题。

In this thesis , we mainly deal with robust invariance control of nonlinear cascade systems by switching .

分析计算了量子点中双激子-激子级联系统中基于电磁感应透明的慢光。

Firstly , we calculated the slow light based on EIT in the quantum dot biexciton-exciton cascade system .