The accuracy of vertical interpolation of the initial data in numerical prediction is one of widely concerned problems.
在数值预报中，初始场的垂直插值精度是众所关心的问题。
Fast simulated annealing is used in calculating the key parameter of fractal interpolation function - vertical scaling factor, thus makes further improvement of data compression speed.
采用快速模拟退火算法来计算分形插值函数的关键参数——纵向比例因子，进一步加快了数据压缩的速度。
The expressions of the affine fractal interpolation function and the locally explicit presentation of the vertical scaling factors are presented on the basis of fractal geometry.
在理论分析的基础上给出了自仿射分形插值函数的表达形式和垂直比例因子的显式表达形式。
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。
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。
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