Continuous and discrete system.
连续系统与离散系统。
A mixed method of discrete system model reduction is proposed.
本文介绍一种离散系统模型降阶的混合方法。
In analyzing vibration of discrete system, transferring matrix method is of importance.
在分析离散系统振动时，传递矩阵法是一种重要的方法。
In this paper the quadratic optimum problem in discrete system is discussed in terms of energy.
本文从能量角度来讨论离散系统的二次最优问题。
The robust fault-tolerant control problem of linear discrete system is discussed in this paper.
讨论了离散线性系统的鲁棒容错控制问题。
In analysing and designing discrete system, it is one of the most important contents to analyse the stability of the system.
在分析和设计离散系统时，最重要的内容之一就是进行系统的稳定性分析。
Making use of the analogous relations between mechanics and electrical circuit, a method is presented to deal with linear discrete system.
根据力学系统与电学系统物理量间的对应关系，提出了用电路定律处理线性离散系统谐强迫振动的方法。
This paper studies the problem of getting the optimal unbiased filter for discrete system using the method of linear matrix inequality(LMI).
给出了一种离散系统最优滤波器的线性矩阵不等式（LMI） 设计方法。
In the process of chaotic secure communication, because of the computer control and data calculation, a serial system becomes a discrete system.
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 this paper, based on output residuals, an efficient adaptive state estimation approach is presented for linear time-invariant discrete system.
本文针对线性定常离散系统提出了一种有效的基于输出残差的自适应状态估计方法。
SP is a portable, strongly-typed, event-oriented, discrete system simulation language, It is derived from PASCAL by adding some simulation functions.
SP语言是可移植、强类型、面向事件的离散系统模拟语言，是以PASCAL语言为基础进行模拟功能扩充而形成的。
There only exists delay inversion model in pure-delay discrete system which causes delay error when adaptive inverse control is used for canceling noise.
由于纯延迟离散系统仅存在延时的逆模型，因而对该系统进行自适应逆控制时，扰动消除会产生一定的延迟误差。
In this paper, F1 nonlinear discrete system is analyzed and studied, the enclosed solutions of zero input response and nonzero input response are obtained.
对F1型非线性离散系统进行了分析研究，求出了该类系统零输入响应和非零输入响应的闭合型式解。
Based on the discrete system simulation principle and the Event-Scheduling approach, the production-inventory systems under these two delivery ways are modeled.
基于离散事件系统仿真原理，以事件调度法推进仿真时钟，建立这两种发货方式的生产—库存系统的仿真模型。
The existence of periodic solution of singular discrete system is firstly stud - ied and theorem which periodic solutions of singular discrete system exist is given.
首次对广义离散系统的周期解的存在性进行研究，给出了广义离散系统周期解存在的判据。
This paper presents the time domain analysis of three orders discrete system by power series, which can study not only the time invariant system, but also the time variant system.
利用幂级数的方法，对三阶线性离散系统进行时域分析，其方法不仅可以研究线性非时变离散系统，而且还可以研究线性时变离散系统。
The mechanical model of discrete system is built to describe the dynamic characteristic of rubber belt conveyer. Thus a new way of dynamic analysis is given for rubber belt conveyer.
论述了胶带输送机整机动态分析中离散系统力学模型的建立方法，从而为胶带输送机的动特性分析提供了一个新途径。
Although there are many methods of building mathematical model for permanently constrained discrete system, the methods are usually toilsome and not convenient for computer modeling.
对于多自由度定常约束微振力学系统的数学建模有许多方法，但这些方法不是受到使用条件限制就是计算繁琐，并且不适合于计算机建模。
A new analysis method has been provided for dynamic load identification of a discrete system intime domain, it solves the inverse problem by means of Duhamel integral in forward analysis.
本文给出了离散系统动态载荷识别的一种新的时域分析方法，它是用正分析的手段来求解反问题的。
A discrete system simulation model based on tool inventory theory with self-digestive engine was established in this paper, and recovering ability and life-span characteristics were given.
基于具有自消化引擎的刀具库存理论，考虑刀具使用过程中的自修复及刀具的生命递减，建立了一个离散的系统仿真模型。
This paper has worked out the vibration equation of cable truss by treating it as a discrete system and solved the vibration frequency and the displacement responses under stochastic wind loading.
本文采用离散理论求得索桁架的振动方程，进一步可求得在随机风荷载作用下索桁架结构的振动频率及其位移响应。
The unified method of solving LDS(linear discrete system) difference equations of determinate and time varying coefficients as well as stochastic and stochastic time varying coefficients is proposed.
首次给出求解确定性与随机常系数差分方程及确定性与随机时变系数差分方程的统一方法；
The unified method of solving LDS(linear discrete system) difference equations of determinate and time varying coefficients as well as stochastic and stochastic time varying coefficients is proposed.
首次给出求解确定性与随机常系数差分方程及确定性与随机时变系数差分方程的统一方法；
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