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- Objective To introduce the basic theory of linear measurement error model and apply it to medical research. 目的介绍线性测量误差模型的基本理论,探讨它在医学研究领域中的应用。
- Example verified that linear measurement error model can fit data with great measurement error and can give fine results. 线性测量误差模型能够在很大程度上解决由测量误差带来的问题,针对具体问题拟合恰当的线性测量误差模型,可以得到合理的结果。
- quadratic measurement error model 二次测量误差模型
- Empirical Likelihood inference for Partial Linear Measurement Error Model 部分线性度量误差模型中的经验似然推断
- Computation of the Fundamental Matrix Based on a Quadratic Measurement Error Model 基于二次测量误差模型的基本矩阵计算
- Using the Method of Measurement Error Model to Compile the Compatible Growth Table and Volume Table 用度量误差模型方法编制相容的生长过程表和材积表
- This paper analyses the measure errors of electro-optical theodolite,build up the errors model,process these data with kalman filter,and create trajectory curve in corresponding wit. 利用基于椭圆成形方法建立的二次回转曲面加工误差模型,并用最小二乘方法建立了二次回转曲面铣磨误差辨识模型。
- Linear Measurement Error Model and its Application in Occupational Stress of Doctors 线性测量误差模型及其在医师职业紧张研究中的应用
- CTT has only one measurement error in the test. 结果发现,CTT在整份测验中只有一个测验的误差;
- measurement error model 测量误差模型
- Linear measurement error model 线性度量误差模型
- A parabola interpolation is used to reduce the measurement error. 采用抛物线插值计算互相关函数峰值,减少测量误差。
- The result has good reproductivity and little measurement error. 该方法重现性好,测量误差小。
- Finally by analyzing experimental datum,the accuracy of the model is proved,and the measurement error is showed only by 1%. 最后,通过实验数据的误差分析,验证模型的正确性,其测量精度可达1%25。
- In this paper, we propose a generalized method of moment (GMM) estimator for a stochastic frontier model to correct the measurement error problem. 本文针对具有变数衡量误差问题的随机边界模型,提出一组GMM估计式,以求得模型参数的不偏估计值。
- On the basis of hypothesis of first ordered linear error this paper derived the kinematics posture error model of end operator. 摘要基于一阶线性误差假设推导了空间机器人末端操作器运动学位姿误差模型。
- External proficiency testing also provides an ongoing comparison of inter-laboratory measurement error. 外部熟练鉴定还为实验室内部测量误差提供了时时比较程序。
- SINS error model and the Kalman filter are used for realizing precise alignment of the SINS under vibration state. 仿真结果表明,补偿摆动误差后,基本消除车体摆动干扰,得到与静基座粗对准相当的结果;
- Even adjusting for measurement errors, these results are striking. 既使对统计误差进行调整之后,这些结果也仍然是惊人的。
- The error model of system is set up, the precision and velocity of the aligning scheme is further researched. 建立了系统的误差模型,深入研究了该对准方案的精度和速度,并与传统的卡尔曼滤波器进行仿真比较。