均方根误差的英文

• mean root square error
• rms error
• rmse root mean square error
• root mean square deviation
• root mean-square error
• root-mean-square error
• standard deviation

• "均方根"英文翻译    mean square root; root-mean- ...
• "误差"英文翻译    error
• "均方根误差圆" 英文翻译 :    root mean square error circle
• "定位均方根误差" 英文翻译 :    position rms error
• "均方根误差准则" 英文翻译 :    root mean square criterion; root mean square error criterion; root-mean-square criterion
• "图象阵列的均方根误差" 英文翻译 :    rms error averaged over an image array
• "潮位误差；潮位(均方根)" 英文翻译 :    tidal elevation (rms)
• "均方根百分误差" 英文翻译 :    root-mean-square percent error
• "均方根模拟误差" 英文翻译 :    root-mean-square simulation error
• "均方根预测误差" 英文翻译 :    root mean square prediction error; root-mean-square prediction error
• "均方根" 英文翻译 :    mean square root; root-mean-square
• "事后均方根观测误差" 英文翻译 :    ex post rms forecast error
• "二维均方根" 英文翻译 :    drms
• "距离均方根" 英文翻译 :    distance root mean square
• "均方根差" 英文翻译 :    root mean square deviation; root mean square error; root square deviation; root-mean-square deviation; root-mean-square-deviation
• "均方根电流" 英文翻译 :    rms current
• "均方根电压" 英文翻译 :    rms voltage
• "均方根幅度" 英文翻译 :    rms amplitude
• "均方根负载" 英文翻译 :    root mean square load; root-mean-square load
• "均方根高度" 英文翻译 :    root mean square height; root-mean-square height
• "均方根功率" 英文翻译 :    mean effective power; rms power; root mean square power; root-mean-square power
• "均方根距离" 英文翻译 :    root-mean-square distance
• "均方根马力" 英文翻译 :    root-mean-square horsepower
• "均方根面" 英文翻译 :    root mean-square current
• "均方根判据" 英文翻译 :    root mean square criterion; root-mean-square criterion

• A ( 9 , sr ) is a function of surface roughness and radar incident angle , and b is only influenced by incident angle
  通过与实测地表土壤水分含量对比，反演结果均方根误差( rmse )为0 . 44 。
• The amplitudes of the two ffts are the same , but their phases , < px and < p2 , changes with the range differently
  Rao下限，在信噪比为6db ， fft长度为1024的情况下，频率估计均方根误差小于fft频率分辨率的1 。
• It is proved by computer simulation that the rms error of this new arithmetic is just almost 1 / 5 of that using the mean arithmetic
  通过计算机模拟计算，表明新算法的微波相位差测量结果的均方根误差，近似只有平均算法的1 / 5 。
• The popular fidelity measurement method based on root mean squared error ( rmse ) is unable to completely reflect the details of the sensitive information of compressed grayscale images
  摘要常用的基于均方根误差( rmse )图像保真度准则不能准确地放映一些灰度图像主要敏感细节。
• The software has been worked out with vc + + , which can realized " real - time " processing to airborne image sequences . at this settings the system can process 25 frames per second , and the rmse is smaller than 0 . 325
  用vc + +编程实现了对航摄图像序列的实时处理，其帧处理率达25帧秒，均方根误差小于0 . 32像素。
• Experiments on gray - level and color images show that it yields results with lower root - mean - squared errors and preserves better high - frequency details such as high contrast and sharp edges
  在灰度和彩色图像上的实验均表明该方法得到的结果具有更低的均方根误差，而且更好地保持了高频空间的细节，例如高对比度和锐利的边缘。
• This aberration is referred to as a “ m ” by finite element method . rms of absolute error ( rmsa ) is obtained according to displacement , moreover , the relationship graph between rmsa and pressure offers gist for controlling surface precission
  由位移计算出绝对误差的均方根误差( rmsa ) ,得到气压与rmsa为非线性的变化关系,其关系图为通过控制气压来调节反射面的精度提供了依据。
• The mean error of ssp inversion by this algorithm is less than that by mfi when the sediment parameters is known a priori . the ssp inversion by this algorithm shows a better match to the measured ssp in the step layer
  Mbi反演ssp对沉积层参数失配具有较高的稳定性，当根据先验信息确定沉积层参数后， mbi反演ssp均方根误差小于匹配场反演方法反演得到的结果，并且mbi反演ssp的温跃层部分更接近实际测量ssp 。
• Also , a predictive model is established with method of ssa - mem , which can be used to predict monthly mean temperature of the first half year in heilongjiang province . rms error of these two methods are both less than climatological forecast ' s , especially , independent sample is adopted in ssa - mem method
  并利用ssa - mem方法建立可用于黑龙江气温的年度预报模型，这两种方法的预报均方根误差均小于气候预报的均方根误差，而且ssa - mem方法是独立样本试验。
• A batch least - squares maximum likelihood estimator is employed to calibrate the model coefficients of accelerometer and a polynomial post - fit method is used to establish temperature models of these coefficients . the temperature models of accelerometer bias and scale factor of accelerometer are established between - 20oc and 50 oc . after compensating the temperature error by using these models , the post - fit residuals of the accelerometer output have been improved to 10 ? 5 g , and the trend term of accelerometer changing with temperature basically vanished
  采用最小二乘极大似然估计和多项式拟合的方法,分析加速度计静态模型系数随加速度计壳体温度变化的规律,建立了- 20oc 50oc之间加速度计零偏和标度因数误差的温度模型,应用该模型对加速度计温度干扰进行补偿,补偿后,加速度计输出的拟合均方根误差一到二个数量级,并且基本上消除了加速度计输出随温度变化的趋势项,使得加速度计测量精度得到了明显提高。

• 均方根误差的法语：erreur-type erreur quadratique moyenne erreur quadratique
• 均方根误差的日语：じっこうちごさ へいきんにじょうごさ へいきんじじょうごさ
• 均方根误差的韩语：평균 제곱근 편차
• 均方根误差的俄语：стандартная погрешность стандартная ошибка
• 均方根误差的阿拉伯语：الجذر التربيعي لمتوسط مربعات الخطأ; خطأ معياري;