In this dissertation, Field Programmable Gate Arrays (FPGA) chip is studied to develop and design the fine interpolation chip.
本文着重研究用现场可编程门阵列(FPGA)来开发设计精插补芯片。
At last, draw a new clue that well-rounded algorithm in the field of computer graphic can be used in CNC interpolation.
最后提出“将计算机图形学领域生成图形的成熟算法直接应用于数控系统的插补算法”的新思路。
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.
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。
Aiming at the high computing quantity of the enlargement algorithms in the picture operating field, our interpolation enlargement algorithm adopts a simple algorithm.
针对图像领域的放大算法在运算量上的高昂，我们的插值放大采用的是比较简单的算法。
Image interpolation is an important task in the field of digital image processing. It is fundamental to many digital image operations, such as scaling, rotation, and geometric correction.
图像插值是数字图像处理领域的一项重要任务，是图像缩放、旋转、几何矫正等图像操作的基础。
The invention belongs to the technical field of digital picture processing and video screening and in particular relates to a picture amplification method based on linearity interpolation operation.
本发明属于数字图像处理与视频显示技术领域，具体涉及基于线性插值运算的图像放大方法。
The interpolation and extrapolation are widely used in the field of computational electromagnetics, such as antenna designing, microwave technique, radar scattering model, and so on.
内插和外推算法是电磁场领域的常用算法，它在天线设计、微波技术、雷达目标散射建模等各种电磁场计算领域都要用到。
This paper deals with the algorithms of equivalent dipole approximation and cubic interpolation for the electric field component of ground electrical bipole source.
基于偶极—偶极电极装置的瞬变响应表达式，建立了双极源电场的等效偶极和三次插值的快速近似算法。
This paper deals with the algorithms of equivalent dipole approximation and cubic interpolation for the electric field component of ground electrical bipole source.
基于偶极—偶极电极装置的瞬变响应表达式，建立了双极源电场的等效偶极和三次插值的快速近似算法。
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