用复合控制把惯导系统测量的炮塔俯仰转动角速度（扰动角速度）反馈到控制前端，进行预先补偿，可保证小的瞬态误差和系统的稳定性。
The stability and small dynamic errors could be confirmed by using the method of composite control in which the pitch angular rate of barbette sensed by INS was feed back and compensated in advance.
针对典型电机伺服系统的性能要求，提出一种基于复合非线性反馈(CNF)控制和扩展状态观测器(eso)的控制方案。
A new control scheme was proposed, which combines a composite nonlinear feedback (CNF) control technology with an extended state observer (ESO).
恒温部分采用半导体制冷元件，结合反馈与前馈的复合控制模式，实现制冷温度的精确控制。
In the thermal conditioning system, semiconductor refrigerant technology are joined with feedback and feedforward controlling modes to condition the temperature exactly.
目的研究应用脑电双频谱指数(BIS)监测反馈调控静吸复合麻醉的可行性。
Objective To study the feasibility of application of bispectral index (bis) feedback in control of intravenous combined with inhalation general anesthesia.
系统采用前馈-反馈复合算法，其中反馈采用模糊-PI算法，利用算法提高系统的响应速度，增大系统的控制带宽。
Arithmetic employs feed-forward control and feedback control to accelerate system response and improve control bandwidth in which feedback use fuzzy-PI arithmetic.
该模型的反馈机制及自调反馈控制、前馈复合控制的原理与方法均详细论述。
The feedback function of the model and the principles and techniques of a self-feedback control and an advances - feedback complex control also have been detailed.
结合检测装置和微机控制系统，设计并研制了基于前馈控制同数字PID反馈控制相结合的复合控制的微定位系统。
Combining computer system and detecting device, the micro-positioning system of compound control is designed and researched. This system is based on feedforward and digital PID control.
针对锅炉过热汽温的特点，设计前馈-反馈串级复合型控制系统。
Based on the characteristics of superheated steam temperature of a drum boiler, a new cascade feedback control system with load feed-forward is designed.
最后提到了比单纯“反馈”系统更为快速、灵敏、准确控制热值的“前馈”加“反馈”的复合控制系统。
The composite control system with"prefeed"and "backfeed"which controls caloricity more sensitive, accurate and faster than the one just with"backfeed"is involved.
由于实际电力系统输入限幅、工作区域受限等因素的影响，采用神经网络逆系统方法对被控电力系统进行反馈线性化解耦后的复合系统并非理想的解耦线性系统。
As the system's controlling inputs and operating region are constrained in real power systems, the decoupled and linearized system derived by ANN inversion method is not an ideal one.
由于实际电力系统输入限幅、工作区域受限等因素的影响，采用神经网络逆系统方法对被控电力系统进行反馈线性化解耦后的复合系统并非理想的解耦线性系统。
As the system's controlling inputs and operating region are constrained in real power systems, the decoupled and linearized system derived by ANN inversion method is not an ideal one.
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