inverse filtering中文是什么意思

• 反滤波
• 反向滤波
• 逆滤波

• "inverse"中文翻译    adj. 相反的；逆的；翻转的，倒转的。 an inve ...
• "filter"中文翻译    n. 1.滤器，滤纸，过滤用料[砂、炭等]。 2.【无线 ...
• "homomorphic inverse filtering" 中文翻译 :    同态反滤波
• "pseudo inverse filtering" 中文翻译 :    伪逆滤波法
• "filtering" 中文翻译 :    滤波; 滤除; 滤光; 滤净; 滤清; 情报鉴定; 筛选; 筛熏过滤; 透过; 完井液渗滤; 选出
• "inverse" 中文翻译 :    adj. 相反的；逆的；翻转的，倒转的。 an inverse network 倒置(电)网络。 inverse time 逆时，反时。 an inverse transistor 换接晶体管。 n. 反面；反量，倒数。 be an inverse measure of a number of 是同…成反比。 ‘Evil' is the inverse of ‘good'. “恶”是“善”的反面。 vt. 使倒转，使成反面。
• "inverse inverse" 中文翻译 :    逆元
• "filtering and filtering mode" 中文翻译 :    过滤和过滤模式
• "adaptive filtering" 中文翻译 :    自适应滤波
• "air filtering" 中文翻译 :    空气过滤
• "analysis by filtering" 中文翻译 :    过滤式分析
• "anisotropic filtering" 中文翻译 :    各向异性过滤; 则设定为非等向性过滤
• "apodization filtering" 中文翻译 :    切趾滤波
• "assembly filtering" 中文翻译 :    装配过虑
• "atial filtering" 中文翻译 :    空间滤波
• "bandpa filtering" 中文翻译 :    带通滤波
• "bandpass filtering" 中文翻译 :    带通滤波
• "bandreject filtering" 中文翻译 :    带阻滤波
• "bilinear filtering" 中文翻译 :    双线性过滤; 双线性滤波
• "blood filtering" 中文翻译 :    输血
• "capacitor filtering" 中文翻译 :    电容滤波
• "capillary filtering" 中文翻译 :    毛细管过滤
• "coherence filtering" 中文翻译 :    相干滤波
• "coherency filtering" 中文翻译 :    相干滤波
• "coherent filtering" 中文翻译 :    相干滤波

• Measurement error of thermistor compensated by nonlinear inverse filtering
  热敏电阻测量误差的非线性逆滤波器补偿
• Improving sensor ' s dynamic characteristics by nonlinear inverse filtering of cmac
  的非线性逆滤波改善传感器的动态特性
• Improvement of cumulant - based inverse filter criteria for mimo system
  基于累积量的多输入多输出系统逆滤波准则算法的改进
• The image inverse filtering with polynomial approximation and the image recovery in spatially variant systems
  用多项式近似的图象逆滤波及空间移变系统图象的恢复
• The technique of inverse filtering can settle the problem about the dynamic error that exist in testing result of shock wave
  解决了冲击波测试结果中存在严重的动态误差的问题。
• This inverse filter can consider the efficacious bandwidth of signal tested and the character of measurement system synchronously so we can acquire the estimating value of signal tested and the error is little
  这种反滤波器兼顾被测信号的有效带宽和测试系统的特性，能够得到被测信号误差很小的估计值。
• Based on the theory of system identification and experimental data , the simulating results of many kinds of parameter models have been compared . among them , we can find a parameter model that can precisely express the dynamic character of measurement system . on the system model constructed , the dynamic error of measuring data is processed by inverse filtering method
  本文先后对测试系统进行了多次动态校准，根据所得实验数据在系统辨识理论的基础上，比较了多种参数模型的仿真效果，寻找到一类能够准确地描述测试系统动态特性的参数化模型，并根据所建立的系统模型，采用反滤波方法改进了测试系统的动态特性。
• In chapter five to reconst ruct the three - dimensional object cubes , various deconvolution algorithms : nearest neighbor , inverse filtering and constrained iterative deconvolution are developed and applied to both computer generated and experimentally measured image cubes . the best results are obtained using an svd inverse fourier deconvolution algorithm with regularization for noise suppression
  第五章为了重建三维目标立方，发展了各种去卷积算法：最近邻、逆滤波和带约束的迭代去卷积，并应用到计算机产生和试验测量的图像立方中，最好的结果是利用具有规则抑制噪声的svd逆傅立叶变换去卷积算法获得的。
• After studied for several decades , there have appeared several classical edge operators , such as roberts , sobel , laplacian , canny and log . meanwhile , there also have presented several classical algorithms of image restoration , such as inverse filter , wiener filter and constrained least squares filter
  经过多年的研究,已经形成了roberts算子、 sobel算子、 laplacian算子、 canny算子、 log算子等经典的边缘检测算子以及逆滤波、维纳滤波、约束最小二值滤波等经典的图像恢复方法。
• Based on the normal equation algorithm to fir system identification and wavelet iteration , a method to estimate the wavelet from the third - order cumulant of field data is developed . due to the fact that higher order cumulant retains the phase information of the signal , and can suppress the gaussian noise ( color or white noise ) naturally , we can improve the time resolution via inverse filtering the wavelet estimated
  本文在基于高阶累积量的fir系统辨识基础上，利用观测信号的三阶累积量对探地雷达子波进行估计，提出一种简单的迭代算法改善了波估计性能，据此进行反褶积，改善反射信号的信杂比和时间分辨率。

• inverse filtering перевод