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1·Variable size of measurement matrix is set up to increase operation velocity and attenuate noise in processing.

在滤波处理时，设置可变的测量矩阵，其目的在于提高运算速度和抑制噪声干扰。

2·Abstract: a single pixel camera was used to shoot different scenes by taking a sparse binary matrix as the measurement matrix.

摘要：采用稀疏二进制矩阵作为测量矩阵完成了单像素相机对不同场景的拍摄。

3·After obtaining correct projective depths, we decompose the measurement matrix into camera motion in projective space and projective reconstruction by SVD.

在获得正确的射影深度后，通过奇异值分解将测量矩阵分解为射影空间下的摄像机运动和物体三维几何形状(射影重构)。

4·The least square solution and minimum mean square error(MMSE) solution for roundness error and spindle error was derived by measurement matrix in frequency-domain.

这种方法利用频域测量矩阵直接给出了圆度形状误差和回转误差的最小二乘解或最小均方误差解。

5·Based on the INS error correction by quasi-three dimensional model, the method of the combination of camera imaging system with SINS to deduce the measurement matrix was utilized.

文中基于准三维模型对惯导系统误差校正的思想，利用摄像机成像系统和捷联惯导系统（SINS）相结合的方法，着重对量测矩阵进行推导。

6·The rules of measurement function for grade of target threat were established, evaluate matrix was defined to obtain multi-parameters unascertained measurement.

建立目标威胁等级测度函数规则，定义评价矩阵得出多参量未确知测度。

7·This simulation process can be used to analyze some problems of the system that are difficult to study with experiment method such as the s matrix measurement.

可以利用这种仿真方法研究一些难以用实验方法研究的消磁系统问题，如S矩阵测量分析等。

8·According to the needs of space attitude measurement, the concept of inversion matrix is put forward and measuring method of space attitude is researched.

根据空间姿态测量的需要，提出了反转矩阵的概念，研究了物体空间姿态的测量方法。

9·Then a measurement of this relationship has been proposed by utilizing the confusion matrix.

进而提出了基于混淆矩阵度量模式间混淆关系的方法。

10·Compared with the computed torque method, the algorithm can give error convergence bound clearly without acceleration measurement and inverse inertia matrix.

与传统计算力矩法相比，在不要求加速度测量和惯性矩阵求逆的情况下，算法给出清晰的跟踪误差收敛域。