fringe joint

英 [frɪndʒ dʒɔɪnt] 美 [frɪndʒ dʒɔɪnt]

网络  边缘节理

医学



双语例句

  1. Rotation invariant Target Detection by Using a Modified Fringe adjusted Circular Harmonic Joint Transform Correlator
    修正条纹调节的圆谐联合变换相关器作旋转不变的目标检测
  2. The result showed that the normalized-based fringe adjusted joint transform correlator was a kind of reliable correlator.
    结果表明基于归一化的条纹调制联合变换相关器是一种比较可靠的相关器。
  3. The simulation result showed that the normalized-based fringe adjusted joint transform correlator works very well, that it can detect the place of object correctly, also that it can recognize the object from the input image which contains the interfered similar objects.
    模拟结果表明,基于归一化的条纹调制联合变换相关器表现了良好的性能,它能准确地探测出目标的位置,能从含有干扰性质的相似目标的输入图象中准确的识别目标。
  4. Fringe adjusted filtering based rotational invariant binary joint transform correlation
    基于条纹调制滤波的旋转不变二元联合变换相关识别
  5. As a result, the fringe intensity distribution is derived as a joint convolution-correlation integral of three equivalent functions of gratings.
    用模糊函数导出了干涉条纹光强分布为三个光栅等效函数的联合卷积-相关积分。
  6. Chapter three studies the problem of interferometric phase images filtering and estimation, and details spin filtering with curve windows along the fringe tangent orientation and an estimation method based on the technique of joint space-image subspace projection.
    第三章研究了干涉相位的滤波和估计问题,重点研究了曲线窗口旋滤波算法和子空间正交投影法。
  7. This thesis proposes a method based on Moving Least-Squares to generate the fringe tangent orientation and gives an improving joint space-image subspace projection method with curve windows along the fringe tangent orientation through the combination of the fringe tangent orientation and the estimation method.
    提出采用移动最小二乘法拟合条纹方向图,并将条纹方向图与正交投影法相结合,得出改进的沿条纹方向的正交投影估计方法。
  8. The technique is found to deliver a better correlation output and the capacity to accommodate noise in the input scene than both the fringe adjusted filter and the modified fringe adjusted filter based joint transform correlators.
    这种方法比条纹调节的联合变换相关器和修正的条纹调节的联合变换相关器能产生更好的相关输出和适应输入景物噪声的能力。