观测误差的英文

• error in observation
• error of observation
• malobservation
• observation error
• observational error

• "观测"英文翻译    observe; observation; viewin ...
• "误差"英文翻译    error
• "随机观测误差" 英文翻译 :    random observational errors
• "事后均方根观测误差" 英文翻译 :    ex post rms forecast error
• "估测误差" 英文翻译 :    estimation error
• "光测误差" 英文翻译 :    photometric error
• "监测误差" 英文翻译 :    error in monitoring
• "检测误差的" 英文翻译 :    error detecting
• "可测误差" 英文翻译 :    determinable error; determinate error
• "量测误差" 英文翻译 :    error in measuremetn; measurement error; measuring error
• "仪测误差" 英文翻译 :    instrumentation errors
• "预测误差" 英文翻译 :    error of prediction; forecast error; forecasting error; prediction errors
• "程序检测误差" 英文翻译 :    program sensitive malfunction; program-sensitive error; programsensitive malfunction
• "检测误差系统" 英文翻译 :    error system
• "均方预测误差" 英文翻译 :    mean square prediction error
• "事后预测误差" 英文翻译 :    ex post forecast error
• "未侦测误差率" 英文翻译 :    undetected error rate
• "向后预测误差" 英文翻译 :    backforward prediction error
• "向前预测误差" 英文翻译 :    forward prediction error
• "预测误差成本" 英文翻译 :    costs of prediction error
• "预测误差算子" 英文翻译 :    predictive error operator
• "均方根预测误差" 英文翻译 :    root mean square prediction error; root-mean-square prediction error
• "预测误差识别方法" 英文翻译 :    prediction error identification method
• "光测误差, 光度读数误差" 英文翻译 :    photometric error
• "反向预测误差滤波器" 英文翻译 :    backward prediction error filter

• Theoretical analysis shows that the observation error converges to zero
  理论分析证明观测器的观测误差收敛到零。
• The influence of observational error on statistical inference is discussed and the method to diminish the impact of stochastic error is given
  摘要讨论了观测误差对某些统计推断的影响，给出了减小随机误差影响的方法。
• It is different from traditional concept that the concept dynamic roughness includes influence of model error , truncation error , observation error and so on
  此时的糙率与传统的概念有明显的不同，它包含了模型误差，截断误差，观测误差等各方面的综合影响。
• Based on the multivariable analog of civcle criterion , an observer is designed to estimate the system states and hence the dynamical equations satisfied by the estimation error are derived first
  基于多变量的圆判据设计观测器来估计系统的状态，进而给出了观测误差满足的动态方程，然后利用积分反推方法，构造性地设计出了输出反馈镇定控制器。
• Results show that a three - stepwise weight function correction method is effective and applicable and can be spread in other basins . it can eliminate the outlier of rainfall data and improve the accuracy of flood forecast
  计算结果表明，采用雨量观测误差三步权函数修正法是有效的，能准确剔除雨量资料的粗差，改善雨量资料的合理性，提高洪水预报的精度。
• This method includes two kinds of observation data for the correlation rule , hence resulting in enhanced spatial resolving capability . weighted track fusion with cep as weight is proposed . this method has less calculation and notable result
  同时根据无源定位系统观测误差的分布特性,提出了以为权因子的加权航迹融合算法,该融合算法计算量小,效果显著。
• According to the characteristics of dtc ( direct torque control ) in induction machine , this paper analyzed the estimation error of flux linkage and torque , and introduced an improved method of flux estimation , a compensation method based on low - pass filter
  摘要根据感应电机直接转矩控制的特点，对低速下磁链观测误差产生的原因进行了分析，给出了一种磁链观测的改进方法低通滤波器补偿法。
• To analyze the questions and errors occurred in measuring the leaf photosynthetic rate using gas exchange , instrumental error , observation error and biology error in the use of portable photosynthesis system were computed and analyzed
  为了了解红外气体分析法测定单叶光合速率中常见问题及产生的误差，本研究对光合作用测定系统使用中的仪器误差、观测误差和生物误差进行较为全面的实验和分析。
• In this dissertation , the data process ( dp ) subsystem and radar control program ( rcp ) subsystem of gbr simulation system have been studied and discussed . the main work and innovation of this dissertation is as follows : ( 1 ) track filter , the basic element of track system , has been researched . we analyze the advantage and disadvantage of common target kinematic model such as constant velocity model , constant acceleration model , noval statistic model
  本文是基于某gbr仿真系统的合作项目中,本人负责的数据处理子系统和雷达控制程序子系统的研究和开发的结果,主要进行的工作和创新有: ( 1 )基于跟踪系统最基本的要素-跟踪滤波,分析了当前常用的微分多项式模型, cv与ca (常速与常加速)模型,时间相关模型, noval统计模型,以及机动目标“当前”统计模型等目标运动模型的优缺点和雷达的观测误差。
• Abstract : the design problem of reduced - order state observer for a class of multi - input multi - output ( mimo ) nonlinear time - varying systems is studied in this paper . a new design method of nonlinear reduced - order state observer is proposed , and the exponential convergence is proved for the proposed state observer . the observer has the characteristics of that the speed of convergence is adjustable . finally , an example is given to show that this approach is effective
  文摘:研究一类多输入多输出( mimo )非线性时变系统的降维状态观测器设计问题.提出一种非线性降维状态观测器设计方案，并从理论上证明了状态观测误差的指数收敛性.其中设计的降维状态观测器具有收敛速度可调的特性.最后给出了数值算例，仿真结果表明了本文方法的有效性

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