Chinese translation for "混叠现象"
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- aliasing
Related Translations:
混: 混形容词1.(浑浊) muddy; turbid2.(糊涂; 不明事理) foolish; stupid 混叠调制: aliasing modulation 叠函数: function of functions; iterated function
- Example Sentences:
| 1. | Because the calculation and display of visual is digital signals , the targets picture may be present to mixing and disappearing , when it is farther and its picture on the screen outrun the display resolution ability
由于视景环境的解算和显示是数字信号处理机制，当靶标较远时，靶标的图像如超出屏幕显示分辨率显示能力时，出现图像丢失和混叠现象。 | | 2. | The new system has strong data manage ability , it can manage the database easily . it also can be improved easily and get deal with human friendly . especially it improve tune wave detection and can realize remote control
新型电能质量参数检测系统,数据处理功能强、数据管理方便、系统升级简单、人机交互性好,特别是解决了谐波检测中的抗混叠现象,并且能进行远程监控,具有较大的使用价值和广阔的应用前景。 | | 3. | In this thesis , summarized the basic theories of fourier transformation and the fast fourier transformation that are generally adopted to detect and analyze the electric power harmonic in the electric power supply system . at the same time , summarized the even sample principle , the phenomenon of frequency mix , the window functions and the frequency leaking as so on , those are closely - related to sample from figure signal
简要阐述了电力系统谐波检测分析所普遍采用的傅利叶变换和快速傅利叶变换的基本理论以及与数字信号采样密切相关的均匀抽样定理、频谱混叠现象、窗函数和频谱泄漏等的基本理论。 | | 4. | Summarized no - line loads and the present situations of the electric power harmonic pollution in the guangyuan district ' s electric power supply system ; explained the theories of fourier transformation and the fast fourier transformation those are widely adopted by majority scholars to examine and analyze the electric power harmonic in the electric power supply system . summarized the principle of even sample , the frequency mix phenomenon , the window functions and the frequency leaking as so on , those are closely - related to the figure signal
简要阐述了电力系统谐波检测分析所普遍采用的傅利叶变换和快速傅利叶变换的基本理论，简要阐明了与数字信号采样密切相关的均匀抽样定理、频谱混叠现象、窗函数和频谱泄漏等的基本理论，同时阐述了电力系统的谐波检测与分析的相关理论基础知识。 | | 5. | It mainly includes following aspects : in this paper , firstly implication of wavelet analysis in signal harmonic component extraction is presented in detail , and on this foundation signal given frequency band component extraction method is proposed . then we investigate frequency aliasing phenomenon , reason why frequency aliasing phenomenon is easy happened when wavelet is implied in field of motor fault diagnosis , and frequency bands where frequency aliasing phenomenon is easer happened , and put forward approved morlet wavelet analysis method which can effectively alleviates frequency aliasing phenomenon . third we set up vibration signal detected system , design experiments to obtain three groups of fault signals : eccentricity fault , mixed fault of eccentricity plus mild rub , mixed fault of eccentricity plus moderate rub , and process these data using analysis method proposed in this paper
首先对论文的选题以及相关背景进行了探讨,并对相关的小波基础理论进行了阐述,主要针对感应电动机的偏心故障和偏心+碰摩复合故障形式及相关的应用算法进行了详细探讨,主要工作内容包括下面几个方面:在论文中,首先对小波分析在信号的谐波分量提取中的应用进行了研究,在此基础上,提出了信号的特定频带成分的提取方法;研究了小波分析的频域混叠现象,探讨了小波分析应用于电机故障诊断领域时易发生频域混叠现象的原因,以及混叠现象较易发生的频带,提出了可以有效减轻频域混叠现象的改进的morlet小波分析方法;搭建了振动信号检测系统,设计实验采集得到三组故障数据:偏心故障,偏心+轻微碰摩复合故障,偏心+中度碰摩复合故障,并对这些数据应用本文提出的分析方法进行信号处理,提取出的特征参数可有效区分这两种故障形式;研究了基于matlab和labview的混合编程方法,完成了电机故障检测系统的软件开发。 | | 6. | But the signals mixture problem can be brought on by the drop of adaptive performance caused by using subarray and by overmany radiation sources . so bbs is used to solve the problem . this dissertation focuses on subarray architectures and the algorithms of ica , and proposes a new and more practical subarray architecture and a more suitable algorithm to separate radar signal
同时针对采用子阵法导致自适应性能下降以及现代雷达信号环境多个辐射源等问题引起信号混叠现象,论文采用盲分离来对雷达信号进行分离处理,并针对雷达信号的特点提出一种适用的算法。 |
- Similar Words：
- "混叠调制" Chinese translation, "混叠段" Chinese translation, "混叠畸变" Chinese translation, "混叠频率" Chinese translation, "混叠误差" Chinese translation, "混叠效应" Chinese translation, "混叠噪声" Chinese translation, "混冻冰" Chinese translation, "混堆木材" Chinese translation, "混朵荷载" Chinese translation
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