把对有限维离散化系统混沌控制的方法应用于高维微分动力系统，讨论了双光子光学双稳系统中的混沌控制。
Applying the method of controlling chaos presented by documents to a high dimensional differential dynamical system, the control of two photon optical bistable system's chaos is discussed.
有效的离散化可以显著地提高系统对样本的聚类能力，增强系统对数据噪音的鲁棒性。
Effective data discretization can obviously improve system ability on clustering instances, and can also make systems more robust to data noise.
这种包含系统噪声的离散状态空间模型的建立，为网络化控制系统的准确辨识和有效控制奠定了基础。
The building of discrete state-space models including system noise provides a basis for the exact identification and effective control.
首先介绍了卡尔曼滤波理论的应用背景，然后推导了离散卡尔曼滤波方程，并对连续系统的状态方程进行离散化。
At first, the application background of Kalman filter theory is introduced. Then, discrete Kalman filter equations are derived, and state equations of continuous system are discreted.
并利用离散化的方法建立了串联盘式管道连续输送机传动系统在无阻尼情况下的动力学模型。
Besides, the dynamic model in driving system of the conveyer is established with through scattered method on no damping occasion.
该方法改进了基本的整体离散化算法，并利用农业专家系统中的土壤分类数据对算法进行了验证。
Finally, the algorithm can improve the basic global discretization method, and is tested on the soil sorts data of agricultural expert system.
归纳了合理输入数字荷载应满足的条件以及系统离散化准则。
Both conditions demanded to be met in inputting numerical load and criterion of the open system discretization were summarized.
对系统模型进行了状态最优估计周围的线性化和采样周期的离散化，给出了干扰方程。
Interferential equations are given after system models are transformed around optimization estimate of state to linearization and dispersed according to sampling period.
在混沌保密通信过程当中，计算机控制、数值计算等导致连续系统的离散化。
In the process of chaotic secure communication, because of the computer control and data calculation, a serial system becomes a discrete system.
实验研究表明，采用梯形积分的转子磁链离散化法和遇限削弱积分pi控制算法，能够有效地改善系统的高低频转矩响应。
Experiments shown that the system torque performance can be improved effectively by dispersing rotor flux with trapezoid integrator and numerical PI regulating with correction of the integral term.
最后，得到了若干有益的推论，包括线性离散及连续系统稳定化控制器的统一代数表示等。
Finally, some useful corollaries are obtained which include the algebraic expression of stabilizing controllers for linear continuous and discrete time systems.
针对网络化控制系统中存在的网络诱导时延问题，提出了一种离散滑模控制方法。
A discrete sliding mode control is proposed for the problem of network-induced time delays in networked control systems.
采用快速傅立叶变换(FFT)进行电力系统谐波分析时，需要对采样信号截断并离散化，从而导致频谱泄漏和栅栏效应。
Fast Fourier Transform (FFT) is inevitable to cause the spectrum leakage and fence effect because of truncation and discreteness in signal collection.
主要利用现代控制理论中的极点配置和状态观测器的思想，进行了离散的和连续的超混沌系统的同步化设计。
Using the theory of state observer and pole placement of modern control theory, the hyperchaotic synchronization of discrete-time and continuous-time chaotic systems is achieved.
本文详细介绍电磁辐射数字化测量系统，给出了电路原理图，离散化数据高速采样方法及FFT计算方法。
This article presents a digital type electromagnetic radiation measurement system along with its schematic circuit diagram, high speed discrete data sampling method and FFT calculation methods.
讨论含参数不确定的离散时变时滞奇异系统的时滞相关的鲁棒状态反馈稳定化问题。
The robust stabilization via state feedback for time-varying delays discrete-time singular systems with parameter uncertainties is discussed.
在存在模型-实际差异的情况下，从分时段线性化多模型出发通过迭代运算可得到实际非线性离散动态系统的真实最优解。
The real optimal solution of nonlinear discrete dynamic system can be obtained from piecewise linear model with model reality differences by iterative solution.
基于灰色系统和粗糙集的有关理论，提出了一种新的基于属性重要性的离散化算法。
Based on theory of grey system and rough sets, a new discretization algorithm of continuous attributes in decision table is offered.
讨论隐含离散时间奇异非线性系统的精确线性化问题。
The exact linearization of a class of implicit discrete-time nonlinear singular systems is studied.
在线性无偏最小方差估计准则下，推导出了该离散化后所得系统的全局最优递推状态估计算法。
In the sense of linear unbiased minimum variance estimation, a global optimal recursive state estimation algorithm for this discretized linear system is proposed.
建立了液压伺服控制系统的数学模型，并进行了简化和离散化；
The model of the hydraulic servo system is created, simplified and dispersed.
本文通过对水轮发电机通风系统的分析，确定了旋转流体场计算区域，采用非结构化网格对计算区域进行离散。
Based on the analysis on ventilation system, the calculation region of rotary fluid field is plotted out and meshed in unstructured grid.
基于电荷离散化的事实，运用最小平移算符的性质，计算介观金属双环系统中电荷、电流以及能量的量子涨落，研究影响量子涨落的因素。
On the basis of the charge discreteness, the quantum fluctuations fo the charge, current and energy in the mesoscopic metal dual rings are calculated by the minimum shift operator.
系统的算法基于对连续充电过程进行离散化后得到的选择式均衡充电模型。
The algorithm of the system is based on the selective equalization model formed from the discretization of continuous charging process.
并以任意的一个二维离散线性时不变系统为例，对其进行仿真，仿真结果表明该控制策略能保证网络化控制系统的指数均方稳定性。
Next using an arbitrary two dimension discrete linear time-invariant system as a simulation example, simulation results indicates the control scheme can insure mean square stability of the NCS.
并对离散化后的数学模型进行稳定性分析，设计了一套以军用加固机加载嵌入式系统与交流伺服装置相结合随动控制系统。
And after the discrete mathematic model for stability analysis and design a set of military reinforcement machine load of embedded system with ac servo device combined with the dynamic control system.
系统地研究了系统模型的离散化描述方法，采用有限状态自主机方式来建立系统模型。
This thesis makes a systematic study on the discrete method describing system models and adopts the form of automaton to construct system models.
基于离散事件仿真理论的混凝土坝施工系统，可视化和仿真开发通过固定时间步长法。
Based on the discrete-event simulation theory, the visualization and simulation of concrete dam construction system is developed by means of fixed time-step method.
对大多数轨道系统来说，离散化模型更具有代表性。
A discrete model appears more representative of reality for the majority of track.
本文研究了离散网络化控制系统(NCSs)的镇定、鲁棒控制以及数字网络下群体的行为。
This thesis investigates some stability and robust control problems of networked control systems (NCSs), and some behavior of swarm under digital communication network.
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