在设计IC插座自动生产线中，计算机以传感器矩阵方式控制IC插座自动生产线的运行。
IC socket automatic assembly machine is controlled by the microcomputer used sensor matrix mode in designing one.
根据支持度矩阵，获得各传感器在不同时刻的一致性度量。
Based on the support degree matrix, each sensor's consistency value of different time can be obtained.
提出了一种用于光栅成像位置传感器的偏振调制技术，利用米勒矩阵对其调制原理进行了详细的分析。
A polarization modulation technology for a position sensor with grating imaging is presented and its modulation principle is analyzed with Muller matrix.
在这类特殊的多传感器系统中，本文通过矩阵运算消除相关估计方差，得到了最优分布式融合估计算法。
For this special multisensor system, distributed optimal fusion algorithm is received by avoiding computing correlated estimation covariance based on the matrix operation.
在建立标定矩阵新概念的基础上，提出了一种传感器的自动标定的方法，其具有简单、快捷、准确，并能完全消除加载力误差影响等特点。
Based on the new concept of calibration matrix, a method to calibrate the sensors automatically is proposed. The method is simple, and can eliminate the effects of error of load force completely.
利用结构振型矩阵转置的QR分解得到传感器的初始配置。
The initial sensor assignment is obtained by the QR decomposition of the structural mode shape matrix to ensure the estimation accuracy of the parameters.
腕力传感器的传递矩阵对输出信号的解耦和提高腕力传感器的精度具有重要意义。
Transfer matrix of wrist force sensor is of importance to decoupling output signals and enhancing precision of wrist force sensor.
分别得到了在均匀分布和指定任务的优先级这两种情况下的传感器任务分配矩阵和相应的算法。
The sensor task assigning matrixes and the algorithm corresponding to equally distributing and user appointing priority have been obtained;
分析了结构光传感器的模型，从矩阵变换的角度推导出了传感器的成像公式。
The paper analyzes a model of the line structured light sensor, and also derives imaging formulas by matrix transformation way.
采用琼斯矩阵法分析了法拉第旋转镜消除偏振诱导信号衰落的原理，阐述了基于磁致伸缩的光纤迈克耳孙干涉型磁场传感器基本原理。
The principle that Faraday rotator mirror eliminates polarization-induced fading was analyzed by means of Jones matrix. And the basic principle of the sensor was described.
为了提高传感器的测量精度，研究了六维力传感器标定矩阵的构造方法。
In order to improve the measuring precision of the sensor, the constructing method of the six-dimensions force sensor's calibration matrix is studied.
利用小波变换得到传感器信号在各个尺度上的系数，然后根据尺度系数矩阵建立主元分析模型进行传感器故障诊断。
Wavelet transform was utilized to get coefficients of each scale. Based the coefficient matrix, principal component analysis model was established to diagnose sensor fault.
本文利用两个具有位移特性的二维传感器子阵列信息构成一种新的矩阵——混合波达方向矩阵。
A new type matrix-mixed DOA matrix is formed with the information of two identical translation subarrays.
进而，针对执行器故障和传感器故障，对上面的矩阵不等式进行适当的修正，得到了广义系统具有圆盘区域完整性的容错控制器。
Furthermore, against the case of actuator and sensor failures, the above LMIs are appropriately amended. Then the circular regional controller possessing integrity for descriptor systems is obtained.
任意两个传感器子系统之间的滤波误差互协方差矩阵推导出状态的时间延迟系统。
The cross-covariance matrix of filtering errors between any two-sensor subsystems is derived for state time-delay systems.
最后，研究了传感器的静态标定原理，并对传感器进行了静态标定实验，得到了传感器的标定实验解耦矩阵。
Finally, principle of the sensor calibration is analyzed, and the sensor coupling matrix is calculated according to the data of the static calibration experiment.
最后，研究了传感器的静态标定原理，并对传感器进行了静态标定实验，得到了传感器的标定实验解耦矩阵。
Finally, principle of the sensor calibration is analyzed, and the sensor coupling matrix is calculated according to the data of the static calibration experiment.
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