A statistical interpolation algorithm used for restoring bi-images of half pixel offset is introduced.
提出一种统计插值算法，用于半象元错位双幅图像的复原计算。
In order to widen the dynamic range, a half pixel offset staggered ordinal exposure method is presented.
为提高器件的动态范围，文章提出了半像素错位顺序曝光方法。
As to motion compensation module, bi-directional compensation algorithm is used. The precision is half pixel.
对于运动补偿模块采用双向补偿的算法，补偿精度为半像素。
Based on the above discussion, the half pixel offset staggered imaging principle that can be used in CMOS image sensors is presented.
在上述讨论的基础上，本文提出了CMOS图像传感器的半像素错位成像原理。
The efficiency of the half pixel search is improved by using a paraboloid prediction based fast half pixel motion estimation algorithm.
为了加速半像素搜索，提出了一种基于抛物面预测的半像素快速搜索算法。
If the transform matrix type is a half pixel matrix, then the method includes applying a factorization technique to decode the bit stream corresponding to the half pixel matrix.
若该变换矩阵的类型是半像素矩阵，则该方法应用因子分解技术解码与该半像素矩阵对应的比特流。
The principle composes four CMOS images taken staggeringly in half pixel offset in directions of horizontal, vertical and diagonal into a new reconstructed high resolution image.
该原理将CMOS图像器件获得的分别在横向、纵向和对角线方向存在半个像素错位的四幅图像用软件合成一幅高分辨率图像。
This paper improves on the half pixel scanning algorithm, effectively raising the spatial resolution of the ct system. It takes on certain theoretic meaning and application value.
本文改进了半像素错位算法，有效地提高了CT系统的空间分辨率，具有一定的理论意义和工程应用价值。
A fast half-pixel motion estimation algorithm is proposed after analyzing three different mathematical prediction models based on concave functions.
分析了三种不同的凹函数预测模型，提出了一种适合硬件实现的运动估计快速半像素级搜索算法。
The new designs use as few as three transistors per pixel, reserving nearly half of the pixel area for light collection.
新设计使用只有三支晶体管每映像点，预留附近映像点区域的一半为轻收藏。
When the precise geometric rectification of TM imagery was made with the ground control points selected from topographic map in scale of 1:100000, the accuracy of half a pixel is high.
由1：10万地形图选取平面控制点对TM磁带进行精处理，平面定位精度为半个象元，精度较高；
When the precise geometric rectification of TM imagery was made with the ground control points selected from topographic map in scale of 1:100000, the accuracy of half a pixel is high.
由1：10万地形图选取平面控制点对TM磁带进行精处理，平面定位精度为半个象元，精度较高；
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