给出了峰值电流控制模式稳定性的数学证明，提出了驱动脉冲宽度稳定性概念。
The mathematic research on stability of current control mode is discussed in this paper, and a new concept of the driver pulse width stability of the converter is proposed.
利用模型辅助模式搜索方法(MAPS方法)，研究了某型涡扇发动机基于部件级非线性实时数学模型的性能寻优控制。
Model-Assisted Pattern Search method (MAPS) was applied to the study of performance seeking control using an aircraft engine nonlinear component level model.
工艺控制论的模式：解析数学模型，分层递阶智能控制结构，计算机仿真实验和模型参数自适应。
The models of technological control theory included: analytical mathematical model, multilevel intelligent control, and simulation experiment on computer and self-adaptation for model parameter.
为了进行电源系统分析和设计，本文建立了电压模式和峰值电流模式控制的逆变弧焊电源数学模型，并用计算机进行分析。
In order analyze and design the power supply system, the system models which control by two above-mentioned control modes are established and analyzed by computer.
文中首先对模糊控制和遗传算法的基本原理进行了介绍和探讨，内容主要包括：模糊控制的数学基础、常规模糊控制器的设计、遗传算法的基本操作以及模式理论等。
Firstly, fuzzy control and GA is introduced and discussed, such as the Mach base of fuzzy control, the design of conventional fuzzy controller, the basic operation of GA and schemata theory and so on.
在未知控制对象精确参数及数学模型的情况下，提出了超声波电机的模糊-PI双模速度控制策略，系统根据工作状况随时调整控制模式。
On above mentioned condition, a fuzzy-PI dual-mode adaptive speed control scheme is proposed, in which the control mode is selected momentarily according to the working condition.
本文系统地分析了HT—6M托卡马克等离子体水平位移平衡控制的结构和控制方式，提出了相应的数学模型和控制模式，并在HT—6 M托卡马克装置上成功地进行了实验。
In this paper, the structure and the control mode about the plasma horizontal position equilibrium control system in the HT-6M Tokamak have been analyzed systematically in terms of theory.
针对控制网络中固有的随机传输延迟，提出了一种新颖的控制模式，实现了对存在多步随机传输延迟的网络控制系统的数学建模。
The transmission delays introduced by the network should be taken into consideration during the design of the network-based closed loop control system.
针对控制网络中固有的随机传输延迟，提出了一种新颖的控制模式，实现了对存在多步随机传输延迟的网络控制系统的数学建模。
The transmission delays introduced by the network should be taken into consideration during the design of the network-based closed loop control system.
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