现代控制工程

数字调节系统是现代控制工程的发展方向之一，在机床和工业机器人的伺服驱动系统中采用该技术在国外已达到实用化阶段。

Digital regulation system is one of the trends in modern control engineering , applying this technique in servo driving systems for machine tools and industrial robots has been in practical stage at abroad .

液压技术在现代机械工程和现代控制工程中应用非常广泛，已成为衡量工业化水平的重要标志之一。

In the modern mechanical engineering and modern control engineering the hydraulic technology is widely used and has become a basic engineering technology and has been acted as one of the important marks of the measure of the industrialization level .

本文通过引入自适应期望产量的概念，利用现代控制工程理论建立了市场非线性反需求函数下的自适应动态古诺模型。

By using a concept of adaptive expected output and modern control theory , a dynamic adaptive Cournot model , which the inverse demand curve function is nonlinear in the market , is established .

根据现代控制工程中的最小二乘递推算法原理，本文提出了复模态参数识别的非线性最优化递推算法。

In this paper , based on the principle of least square method in modern con - trol engineering , the recursive algorithm of nonlinear optimization in com - plex modal parameter identification technique is presented .

目前，DSP（特别是TMS320系列）发展起来，为伺服系统的全数字化奠定了物质基础，使得现代控制理论工程实用化。

At present , the development of DSP ( especially the serial of TMS320 ) settle the material basement for the total digitalized method of servo system , and make the modern control theory project practise in real time .

现代航天控制工程对控制理论的若干需求

Several demands of modern aerospace control engineering to control theory

现代控制理论工程应用的一个实例&钢锭处理过程的控制

A case study of the applications of modern control theory to Engineering-Control of steel ingot handling process

现代控制技术在工程机械上应用的探讨

Application of modern control technology in construction machinery

电液比例控制技术具有控制精度高、传动平稳、容易实现无级调速和较为复杂的动作等优点，在现代工业控制、工程机械等领域有着较为广泛的应用。

The technology of hydraulic has advantages of high precision , smooth transmission , strong ability to load and be convenient to achieve step less speed adjustment and complex movements , so it has been used widely in modern industrial control and engineering machinery .

本文应用现代控制原理，结合工程结构控制的实际问题，提出了在地震动输入下结构主动自校正控制的计算方法。

The algorithm for the active adaptive control of structures under earthquakes is proposed in this paper by using the modern control theory with combination of the problem of engineering structural control .