sensor matrix

英 [ˈsensə(r) ˈmeɪtrɪks] 美 [ˈsensər ˈmeɪtrɪks]

网络  传感器阵列

计算机



双语例句

  1. 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。
  2. Research on Type Decision-making of Fiber Optical Sensor Using Fuzzy Consistent Matrix
    基于模糊一致矩阵的光纤传感器选型研究
  3. Sensor Management Algorithm Based on Dispersion Matrix Control
    基于离差矩阵控制的传感器管理算法研究
  4. Fiber Optic pH Sensor Using PACR Polymer Gels as a Matrix for Immobilization
    以聚丙烯酰胺凝胶为基质的光导纤维pH传感器
  5. A method calculating sensor efficiency matrix used to allocate sensors to targets is brought forward. The calculation expressions and steps are brought forward too.
    就多传感器多目标资源分配问题给出了一种求取传感器效能矩阵的方法,并给出了计算公式和步骤。
  6. The decoupling problems about the one-array tactile sensor made of PVDF are discussed. The decoupling matrix is presented in the way of using recursive least-squares estimation.
    就PVDF材料制成的-维触觉传感器的去耦问题作了讨论,采用递推最小二乘估计的方法很好地解决了去耦矩阵的求解问题。
  7. Using a planar target as intermedium, an optimized object function of the position and orientation transformation matrix of the sensor is established; and the matrix, namely registration matrix, is derived from the feature points on the planar target.
    采用一个平面靶标作为中介,建立了传感器位姿变换矩阵的优化目标函数,根据靶标上多个特征点求解出该矩阵,即拼接矩阵。
  8. Firstly, the frequency parameters are achieved through time-frequency analysis of the output of the reference sensor. With the frequency parameters, steering matrix is constructed on the point along the time-frequency ridge.
    首先对参考阵元的输出作时频分析,估计信号的频率参数,从而选择时频脊点构造方向矩阵;
  9. Strain transfer relationship between optical fiber sensor and structure matrix
    光纤传感器与结构基体的应变传递关系
  10. The dispersion properties of the Verdet constant of the ZF-7 optical glass and its effect upon the ( sensitivity) of a bulk-glass optical current sensor are theoretically analyzed using the Jones 'matrix as a mathematical tool and computer simulation.
    为了加深对灵敏度问题的理解,这里以琼斯矩阵为数学工具,利用理论分析和计算机仿真的方法研究了重火石玻璃的Verdet常数色散特性及其对块状玻璃光学电流传感器灵敏度的影响。
  11. The calibration of wrist force sensor is the same of finding its C matrix.
    对力传感器进行标定就是找出其标定矩阵。
  12. Applications of CMOS Image Sensor Matrix in μ-second Transient Image Capture System
    CMOS图像传感器阵列在μ秒级物理暂态摄像系统中的应用
  13. In the end, Aiming at the problem of optimal placement of strain sensor, the optimal placement criterion based on strain modal assurance criterion is advanced, and to study on the method that choosing some sensor placements by using strain modal information matrix.
    论文提出了基于应变模态保证准则的应变传感器优化配置准则以及基于应变模态矩阵信息阵的2-范数初步拟定一小组传感器布位的方法,并对剩余传感器布位优化采用的改进遗传算法进行了研究。
  14. The effect of the linear birefringence and the incident polarizing angle on the output performance of the sensor were derived using Jones matrix, and simulations were made. The structure of the portable Fiber Optical Sensors for magnetic field measurement based on faraday effect was introduced.
    介绍了基于法拉第磁光效应小型光纤磁场传感器的系统结构,利用琼斯矩阵对线双折射及入射起偏角对传感器输出特性的影响进行了推导与仿真。
  15. The property of MOX ( Metal OXide) gas sensor arrays is analyzed. The notion that sensitivity matrix of sensor arrays is related to the angle between sensors 'output vectors and gas concentration vectors is presented.
    本文对金属氧化物气体传感器特性进行分析,提出传感器阵列的灵敏度矩阵与被测气体浓度矢量和传感器阵列中各传感器响应矢量间的夹角有关。
  16. Optic Fiber Grating Sensor Based Modified Dual-Grating Matrix Operation
    改进型双光栅矩阵运算光纤光栅传感器
  17. In this algorithm, the data in sensor networks are abstracted as a matrix, and the temporal and spatial correlation is then captured by the column and row wavelet transform respectively.
    该算法将传感器网络中的数据抽象为一个矩阵,将时间相关性与空间相关性映射为该矩阵的小波列变换与行变换,以同时挖掘传感器网络中数据的时间和空间相关性。
  18. The algorithm uses a cross-entropy-based sensor effectiveness matrix and threat level for realizing optimum sensor management in multi-sensor multi-target tracking applications.
    该算法通过基于互熵的传感器效能矩阵,引入目标威胁等级产生多传感器的最优管理策略。
  19. For sensors without spurious responses, the sensor availability matrix is put forward and the fusion estimate equation is established.
    对于无干扰信号的情况,提出了传感器的可用性矩阵,并给出了确定该矩阵的方法,建立了相应的融合估计方程;
  20. According to the sensor's efficiency matrix, a resource allocation plan is brought forward. This plan can ensure optimum sensor assignment and track the most important targets.
    依据多传感器效能矩阵,给出了一种传感器资源分配方案,该方案在效能值最大的基础上保证系统能对重点目标进行跟踪搜索。
  21. This sensor is embedded in a resin matrix composite lath to detect the change of lath's curvature.
    将此传感器埋入树脂基复合材料板内部,测量板的弯曲变形。
  22. The original data from the micro displacement sensor matrix were used to train the neural network model, and do Comparison of simulation results for model.
    并通过微位移传感器阵列检测获得形数据来直接训练神经网络模型,并对模型进行对比仿真实验。
  23. The parameters for driver selection and sensor selection are figured out using Jacobian matrix. 3.
    使用雅可比矩阵进行计算得到了满足手控器设计指标的驱动器和传感器选取参数。
  24. In order to find the redundant nodes and sleep it, the algorithm deploys a sensor node at each matrix point and then tries to remove each node and then evaluates whether the area still maintain coverage.
    算法在每个矩阵点上部署一个传感器节点,尝试删除每一个节点并评价区域是否保持覆盖,从而找出休眠节点,并休眠冗余节点。
  25. Every sensor was elastic and was arranged according to matrix, that can attached to the three-dimensional surface.
    每个传感器的元件都具有弹性并按矩阵排列,能较好地附在三维立体表面。
  26. The combination of nonlinear modal matrix and effective independence method of optimal sensor location is proposed. The nonlinear average modal matrix and the most disadvantaged modal matrix are defined for nonlinear system.
    研究非线性结构的非线性模态特性,提出非线性模态矩阵和有效独立法相结合的传感器布置方法,定义非线性平均模态矩阵和最不利模态矩阵。
  27. Firstly, it implements the sensor management algorithm based on the covariance matrix control.
    首先实现了基于协方差矩阵控制的传感器管理算法。
  28. Designing and optimizing the surface wave sensor using transmission matrix method and the sensor has seven layers from the sensitivity as well as the Q-value aspect. 3, The paper has Manufactured the 1-D photonic crystal surface wave sensor by Electron beam sputtering in BK-7 glass.
    利用传输矩阵方法对一维光子晶体传感器进行了优化设计,从灵敏度以及Q值方面考虑采用了七层光子晶体结构。3、利用BK-7玻璃上制作了一维光子晶体传感器芯片。