求出了瞬时开闭环最优化控制方程。
The instantaneous optimal closed-open-loop control equations are derived.
采用开闭环方法研究了混沌控制方法。
研究非线性振动系统中混沌的开闭环控制问题。
Research on open loop control of BLDC driving air compressor;
详细分析了开闭环迭代学习位置调节下的直线伺服系统结构与数学模型。
Analyzed the structure and mathematical model of linear servo system based on open-closed loop iterative learning position regulation in detail.
针对可能呈现混沌性态的连续动力学，提出了一种参数开闭环控制方案。
This paper presents a parametric open plus closed loop control approach to controlling chaos in continuous dynamical systems.
对开闭环控制在不确定参数条件下，参数变化满足控制需要的条件进行了讨论。
To this problem, a parametric adaptive open-plus-closed-loop control (PAOPCL) is proposed to control discrete chaotic systems with uncertain parameters.
给出直线伺服系统位置调节器结构及带有遗忘因子的开闭环迭代学习位置调节算法。
Given the structure of position regulator of linear servo system and open-closed loop iterative learning position regulation algorithm with forgetting factor.
针对混沌系统，采用基于李雅普·诺夫指数和开闭环控制实现了连续和离散混沌系统的控制。
The control theory of chaotic dynamical systems mainly contain the Lyapunov Exponents-based control and open-plus-closed-loop control of discrete-time chaotic systems.
为了解决这个问题，本文提出了一种新的控制方法——参数自适应开闭环控制，并证明了这种方法具有鲁棒性。
In this paper, the new approach, the parametric adaptive open-plus-closed-loop control, is proposed to deal with this kind of problem and the robustness is proved.
在该控制系统中实施了基于瞬时无功理论的瞬时功率和瞬时电流的检测算法以及一种开闭环相结合的复合控制策略。
The instantaneous reactive power theory is widely used in the detections of harmonic and reactive current in three-phase active power filter.
针对扫描镜精密伺服系统，本文采用按照电流环、速度环和位置环等三个回路进行控制系统设计的开闭环复合控制方案。
The scanning mirror precise servo system is designed by the scheme of compound control of open and closed loops with current, velocity and position loops in this paper.
针对扫描镜精密伺服系统，本文采用按照电流环、速度环和位置环等三个回路进行控制系统设计的开闭环复合控制方案。
The scanning mirror precise servo system is designed by the scheme of compound control of open and closed loops with current, velocity and position loops in this paper.
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