1) fuzzy interference
模糊干扰
1.
With fuzzy mathematical analysis,the problem of fuzzy stability analysis of mode coupling chatter under fuzzy interference is discussed in greater detail.
在耦合型颤振的分析中考虑了模糊不确定性因素的影响，利用模糊数学分析方法详细探讨了受模糊干扰的耦合型颤振的模糊稳定性分析问题，给出了关于耦合型颤振的模糊稳定性切削阈的可能性分布及其置信水平表达式。
2) fuzzy disturbance observer
模糊干扰观测器
1.
Research on trajectory linearization control based on fuzzy disturbance observer;
基于模糊干扰观测器的轨迹线性化控制研究
2.
The adaptive fuzzy controller adopts the structure of computed torque controller and incorporates a fuzzy disturbance observer.
自适应模糊控制算法使用计算力矩方法设计运动平台标称模型的逆动力学控制器,然后使用基于模糊干扰观测器的自适应模糊控制器对模型的不确定性和外部扰动进行补偿。
3.
An Exponential Terminal sliding mode control(ETSMC) based on fuzzy disturbance observer(FDO) is proposed for the near space vehicle(NSV) with violent changes of aero-dynamics parameters.
针对近空间飞行器再入大气层过程中气动参数变化剧烈、控制精度要求高的特点,设计了基于模糊干扰观测器的Terminal滑模控制方案。
3) Fast fuzzy disturbance observer
快速模糊干扰观测器
1.
A novel robust terminal sliding mode control based on fast fuzzy disturbance observer is designed for a class of chaotic systems with uncertainties.
针对一类不确定混沌系统设计了基于快速模糊干扰观测器的鲁棒terminal滑模控制方案。
4) common mode interference
共模干扰
1.
This paper introduces the generaing mechanism of electromagnetic interference,how to diagnose the common mode interference and difference mode interference from interference source and frequency,and take effective measures to control the interference.
详细介绍了电磁干扰产生的机理 ,以及从干扰源和频率上如何诊断共模干扰、差模干扰 ,并采用有效的措施进行抑
2.
A simple and reliable method to solve the false "current leakage" is described from the angle of controlling the common mode interference.
分析了现有铁路客车DC600 V供电系统漏电流产生的原因,并从抑制共模干扰的角度出发,介绍了一种简单可靠的解决假"漏电"问题的方法。
3.
Emphasis is placed on the differential mode filtering principle and application of differential mode filter capacitors and the common mode interference concept and application of common mode filter capacitors.
介绍了容性滤波的原理,并以工程实际事例说明容性滤波的应用,着重说明了差模滤波的原理及差模滤波电容器的应用及共模干扰的概念及共模滤波电容器的应用。
5) common-mode interference
共模干扰
1.
Methods Structure of the ECG instrument and mechanism of common-mode interference were analyzed, and the miniature low power consumption ECG measuring circuit was designed using microprocessor, instrumentation amplifier, operational amplifier and RS-232 transceiver.
方法分析心电测量仪器的结构及产生共模干扰的机理,使用微处理器、仪表放大器、运算放大器、RS-232收发器设计微型低功耗的心电测量电路,用PDA为测量电路供电,接收数据并运算、存储和显示。
2.
The common-mode interference in the application of instrumentation amplifier which is not because of grounding is analysed,and some feasible methods on improving the common-mode rejection performance of measuring circuit are given.
分析了对测量放大器应用中共模干扰产生的原因,给出了提高测量放大器共模抑制能力可以采取的实用方法。
3.
Which mainly includes Common-Mode interference and Differential-Mode interference .
电磁兼容(EMC)问题越来越受到人们的重视,而解决电磁兼容问题的实质则是如何抑制电磁干扰(EMI),电磁干扰主要分为共模干扰和差模干扰。
6) difference mode interference
差模干扰
1.
This paper introduces the generaing mechanism of electromagnetic interference,how to diagnose the common mode interference and difference mode interference from interference source and frequency,and take effective measures to control the interference.
详细介绍了电磁干扰产生的机理 ,以及从干扰源和频率上如何诊断共模干扰、差模干扰 ,并采用有效的措施进行抑
2.
The difference mode interference will generate confusing signals in the cable and probably lead to malfunction of control equipment.
介绍了同轴电缆差模干扰的数值计算方法。
补充资料：摆放式干扰机(见通信干扰设备)
摆放式干扰机(见通信干扰设备)
hand-emplaced jammer
baifongshi gQnraoii摆放式干扰机(hand一emplaeed jam;ner)见通信干扰设备。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条