decoupling network
英 [diːˈkʌplɪŋ ˈnetwɜːk]
美 [diːˈkʌplɪŋ ˈnetwɜːrk]
退耦（去耦）网络
双语例句
- It proposes a constance dynamic decoupling method for sensor, and designs decoupling network. The dynamic disturbance among various directions is reduced.
提出传感器不变性动态解耦方法，设计解耦网络，减小各方向之间的动态干扰。 - A decoupling control approach based on neural network inverse system was developed for the permanent magnet synchronous motor ( PMSM), which was a nonlinear and high coupling system.
永磁同步电机是一个非线性、强耦合系统，应用神经网络逆系统方法对永磁同步电机进行动态解耦控制研究。 - Multivariable Decoupling Control Based on Fuzzy RBF Network for Aeroengine
基于模糊RBF神经网络整定的航空发动机多变量解耦控制 - The Application of Decoupling Combustion Identification Based on Fuzzy Neural Network in the Multi-variable Nonlinear System
模糊神经元网络在非线性多变量燃烧系统解耦辨识中的应用 - In this paper, a decoupling system based on a diagonal recurrent neural network is presented. The system can realize the self-tuning of the three parameters of PID. The result of simulation shows that the system can achieve ideal control.
因此，文中提出了基于对角神经网络（DRNN）的解耦控制方案，能够在线自适应的调整PID控制器的3项参数，仿真结果表明可以达到较为理想的控制效果。 - A design method was proposed for achieving the automatic adjustment of parameters in both the decoupling network and the regulator according to the adaptive rule.
针对板形板厚耦合系统中参数在一定范围内变化的情况下，将自适应控制与系统具体的数学模型相结合，提出自动调整解耦网络和控制器参数的设计方法。 - The least square theory-based static linear decoupling method is studied, and a new static decoupling method based on BP artificial neural network is proposed.
在研究基于最小二乘理论的多维力传感器静态线性解耦方法的同时，提出了一种基于BP神经网络的静态非线性解耦方法。 - PSO-Based Decoupling PID Control Using Wavelet Neural Network for Strip Flatness/ Gauge
基于PSO的板形板厚小波神经网络解耦PID控制 - Realization of A Multivariable Decoupling Control System Based on Neural Network Two-degree-of-freedom PID
基于神经网络2自由度PID的解耦控制实现 - The coupling problem is an important factor limiting measuring accuracy of multi axes force sensor. In order to overcome the limitation of traditional linear decoupling, a nonlinear static decoupling method is designed based on BP neural network which possesses strong nonlinear approaching ability.
维间耦合是制约多维力传感器测量精度的主要因素，为克服传统线性解耦方法的局限性，利用BP神经网络的强非线性逼近能力研究了多维力传感器的非线性静态解耦。 - The system with power decoupling network has many functions that charge voltage, the number of discharge and phase can be preset. The trigger impulse can be synchronized to the power frequency from 0 ° to 360 °.
系统可预置充电电压、触发角度与放电次数，实现工频电压0～360°同步触发，并带有去耦网络。 - On the basis of feedforward decoupling and neural network theory, the fuzzy feedforward decoupling method is presented to implement dynamic decoupling control for multivariable fuzzy system.
为实现多变量模糊控制系统的动态解耦，基于前馈解耦思想和神经网络理论，提出了一种多变量模糊控制系统解耦的新方法&模糊前馈解耦法。 - A decoupling network that weakens the coupling degree of the system can be given by DEP 89-3.This software package has been proved to be very effec-tive in practical use.
本软件包可以给出一种弱化系统耦合度的解耦网络，本软件包经过实际系统使用证明是很有效的。 - According to the principle of the vector control of induction motors, a novel vector controlled system was presented. The control system consists of the neural network estimator of the flux and torque, the neural network decoupling controller and the neural network torque controller.
根据感应电机矢量变换控制原理，提出了一种由人工神经网络磁链与转矩估计器、神经网络解耦控制器和神经网络转矩控制器组成感应电机的矢量控制系统。 - Study on Static Decoupling of Multi-Axes Force Sensor Based on Neural Network
基于神经网络的多维力传感器静态解耦的研究 - To improve the dynamical property and decoupling capability for a class of multivariable nonlinear systems with strong coupling, based on the principle of decoupling and neural network, a cascade-connected self-adaptive fuzzy-neural network decoupling controller is proposed.
为提高多变量、非线性和强耦合系统的动态特性和解耦能力，根据解耦原理和神经网络思想，提出一种两级串联结构的自适应模糊神经网络解耦控制器。 - New Decoupling Method Based on Neural Network for Multivariable System
多变量系统的神经网络解耦新方法 - The effect of the damped LC decoupling network on reducing the RFI noises is verified by the experiment results.
实验结果验证了LC去耦网络能显著减轻辐射干扰（RFI）。 - Influence of Decoupling Approach of Power Network on EMC Performance of Digital PCB
电源去耦方式对数字电路板级EMC性能的影响 - A Decoupling System Based on Neural Network to Improve Parameter of PID
用改进的神经网络优化PID参数的解耦系统 - A further study on the static decoupling methods have been done. Using the neural network as a new approch to improve the decoupling performance is presented, which can overcome some nonlinear characteristics of the sensor.
并深入研究了六维力传感器的静态解耦方法，提出了采用神经网络进行静态解耦的方法，以解决六维力传感器的表现出一定的非线性特性。 - Due to the mutual interference between two inputs of the current inner loop system, decoupling network is designed in this paper to achieve the independent control of two input inductor currents.
由于电流内环系统两个输入端之间存在相互干扰，文中通过进行解耦网络的设计以实现对两个输入电感电流的独立控制。 - At present, conditions for decoupling of electromagnetic loop network have been permitted and many places have begun to conduct open-loop work.
目前，我国电磁环网解环的条件已经成熟，各地已逐步开始了开环工作。 - Neural network decoupling control study of the theory of the more thorough, but neural network decoupling control application is not mature, neural network decoupling control of the application of the theory behind problems remain to be solved.
神经网络解耦控制的理论研究较为深入，但神经网络解耦控制的应用尚不成熟，神经网络解耦控制的应用落后于理论的问题有待解决。 - Based on analyzing the coupled objects, a decoupling control network be designed, and its feasibility is verified by simulation and experiment.
本论文主要研究变风量空调系统多个控制回路之间的解耦控制，对耦合对象进行分析研究，提出解耦控制方案，并通过仿真和实验验证方案的可行性。 - The simulation is given to illustrate the effectiveness of the proposed algorithm. ( 3) A nonlinear decoupling controller that is composed of feedback controller, decoupling compensators and neural network nonlinear compensations is designed for a class of parameter-unknown multivariable nonlinear systems.
通过仿真验证了所提出控制方法的有效性。（3）针对一类参数未知的多变量非线性系统，设计了由反馈控制器、解耦补偿器和神经网络非线性项补偿器组成的非线性解耦控制器。 - The technique for reducing coupling can be categorized into two kinds: one is the usage of ground branches; the other is the design of decoupling network.
降低互耦的技术目前可以分为两大类：一类是在天线的设计中加入各种地支结构；另一类则是在天线的馈电端加入解耦网络。 - Using the resonant analysis and impedance analysis to detect the rationality of the power network, by adding decoupling capacitors to optimize the power network, reduce the voltage overshoot, ground bounce and oscillation phenomenon.
采用谐振分析和阻抗分析来检测电源网络的合理性，并通过添加去耦电容优化电源网络，减小电压的过冲、地弹、振荡等现象。 - Then, two non-interference SISO independent systems are obtained by using conventional decoupling method and decoupling method based on recurrent RBF neural network with delays respectively.
分别采用传统解耦方法和时滞递归RBF神经网络解耦方法，将耦合系统解耦成两个相互无干扰的单入单出系统。 - The original design of the traditional network has mobility and security issues, the decoupling model can not meets the network diversity demand.
传统网络的原始设计方案存在着移动性、安全性方面的问题，一种网络支持一种主要服务的解耦模式也无法满足网络及服务的多样性需求。