1) PRF-ambiguity resolution
Doppler解模糊
2) resolving ambiguity
解模糊
1.
This paper introduces a resolving fuzzy technique by use of Sunzi remainder theorem in the wide bandwidth and multiple baseline interferometer receiver,contrasts the remainder theorem resolving ambiguity technique with the normal phase resolving ambiguity technique,describes the Sunzi remainder theorem,and points out the derivation process of resolving fuzzy by use of Sunzi remainder theorem.
介绍了在宽频带多基线干涉仪接收机中利用孙子余数定理进行解模糊的技术,将常规的相位解模糊技术和余数定理解模糊技术进行比较,对余数定理进行了描述,并给出了采用余数定理解模糊的推导过程。
3) defuzzification
解模糊
1.
The fuzzy data can be exactly treated using defuzzification functions.
利用模糊逻辑的基本原理和方法,对数据库中待输入的数据进行模糊化处理,并利用解模糊函数对其进行判别,以便更准确地处理模糊数据。
2.
The effect of factors, such as selection of member function and fuzzy rule, quantified factor, proportion factor, fuzzy reasoning and defuzzification, on the dynamic characteristic of fuzzy controller were discccssed and investigated by means of a practical example.
分析影响模糊控制器动态性能的若干因素 ,提出了相应的解决方法 ,最后通过大量仿真验证了控制器规则设计、隶属函数的选取、比例因子的调整、解模糊策略的确定对提高FCS的控制质量有重要意义 。
4) fuzzy decoupling
模糊解耦
1.
a tri-loop automatic control strategy on the basis of combining the fuzzy decoupling with the self-optimization fuzzy sampling PI has been put forward,to coordinately control three outputs of the coal pulverizing system.
分析了钢球磨煤机中贮式制粉系统的运行特性和影响系统经济运行的因素,并针对此提出了一种基于模糊解耦自寻优-模糊采样PI相结合的三回路自动控制策略,以协调控制制粉系统的磨煤出力、干燥出力、通风出力。
2.
The method of fuzzy decoupling can solve the coupling problem between temperature and humidity in tobacco barn.
采用模糊解耦的方法,较好地解决了烤房中温湿度间的强耦合问题。
3.
In this paper a fuzzy control and fuzzy decoupling method was proposed based on that temperature and humidity control of artificial climate chest with the characteristics of strong coupling and long time delay and their model parameters are uncertain and varying.
针对人工气候箱中温度控制、湿度控制的模型参数不确定及参数变化以及大滞后、强耦合特性,提出一种温湿度模糊控制及模糊解耦方法来进行控制。
5) Fuzzy solution
模糊解
6) defuzzifier
解模糊器
补充资料:Doppler effect
分子式:
CAS号:
性质: 当波源与观察者之间有相对运动时,观察者接收到的频率与波源的真实频率有所不同的物理现象。在穆斯堡尔效应中,由于原子核处于热运动,由此会引起γ谱线的多普勒展宽。
CAS号:
性质: 当波源与观察者之间有相对运动时,观察者接收到的频率与波源的真实频率有所不同的物理现象。在穆斯堡尔效应中,由于原子核处于热运动,由此会引起γ谱线的多普勒展宽。
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参考词条