为提高其计算速度，提出了离散化双线性插值算法。
In order to speed up, a discrete bilinear interpolation algorithm is proposed.
结果针对体数据的特性，提出了一种高效灵活的三线性插值算法。
Result According to the property of volume data, an effective and flexible tri linear interpolation algorithm was proposed.
应用结果表明，双线性插值算法及其硬件实现模块达到了预期的效果。
The realized results show that the bilinear interpolation algorithm and its hardware realizing modules achieve the desired results.
系统介绍了传统的线性插值算法，归纳了线性插值的共同技术缺陷和它们的理论成因。
Through the analysis of traditional linear interpolation algorithm, we analyze traits of zoomed images produced by these linear interpolation techniques, and find their common defect.
相对于等距离线性插值算法，最佳非等距线性插值算法可以有效降低插值表的数据存储空间。
Comparing with the equidistant linear interpolation algorithm, the algorithm effectively reduces data storage space of interpolation table.
针对平移线性插值算法存在的边缘锯齿问题，提出一种基于图像统计特征的平移线性插值方法。
To remove zigzag edges occurring in shift-linear interpolated image, this paper proposes an improved method based on the statistical features of the image.
为克服这一缺点，该文提出一种改进方法——矩阵线性插值自适应算法。
A modified method, the matrix linear interpolation adaptation method, is proposed in this paper to overcome the memory limitation.
采用线性插值方法获得了导体表面法向电场的计算公式，给出了算法的稳定性条件。
Using linear interpolation method, computing formula of vertical component of electric field on the metal surface is obtained. The stability conditions of the algorithm are brought up.
通过与线性插值、多项式拟合法和神经网络逼近法的比较，可以明显看出用该神经网络算法的优越性。
Compared with linear inserting value and multinomial imitation method, it is obvious that NN has more advantages.
分析了小波双线性插值中高频外推阈值门限与重建图像峰值信噪比的变化关系，提出了峰值信噪比最大小波双线性插值迭代算法。
The variable relationship between the threshold of the extrapolation and its correspondent Peak of the Signal-to-Noise Ratio (PSNR) in the Wavelet Bi-linear Interpolation Algorithm is deeply analyzed.
采用此算法所能达到的链路性能优于线性插值方法和高斯插值方法。
The link performance reached by using the proposed algorithm will be superior to those of linear interpolation and Gaussian interpolation.
和线性插值方法相比，新算法提高了插值图像的质量，插值结果可有效地应用于构建三维体模型。
Compared with linear interpolation, the new algorithm improves the quality of image. The interpolation can be effectively used to construct3D volume models.
通过比较分析几种常用的插值算法，采用基于灰度的线性插值方法对断层图像进行插值，有效地提高了三维重建的质量。
After comparing and analyzing several commonly used interpolation algorithms, we use the linear gray-based slice-image interpolation method to improve the quantity of 3d visualization.
通过比较分析几种常用的插值算法，采用基于灰度的线性插值方法对断层图像进行插值，有效地提高了三维重建的质量。
After comparing and analyzing several commonly used interpolation algorithms, we use the linear gray-based slice-image interpolation method to improve the quantity of 3d visualization.
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