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EasyKrig3.0
- Usage: yi=akimai(x,y,xi) Given vectors x and y (of the same length) and the array xi at which to interpolate, fits piecewise cubic polynomials and returns the interpolated values yi at xi. Ref. : Hiroshi Akima, Journal of the ACM,
Interpolate
- 这是直线插补的上位机程序，里面是整个工程文件，可以直接浏览学习-This is a linear interpolation of the host computer program, which is the whole project file, you can browse directly to learn
pscnc
- Matlab has a lot of functions for interpolate, depending on what you re trying to do. You don t need a toolbox for it, either. Type "doc interp1" to get started and navigate the help file from there.
Console1
- 可用于复数的实部和虚部同时进行插值计算，是对徐士良版本的改进-The real and imaginary parts of the complex can be used to simultaneously interpolate, is an improved version of XU Shi-liang
interpolate
- OFDM系统仿真函数，可用于信道估计以及物理层安全领域-OFDM system simulation functions for channel estimation and physical layer security field
joint_histogram
- super resolution reconstruction interpolation histogram
chazhi
- 双线性插值，又称为双线性内插。在数学上，双线性插值是有两个变量的插值函数的线性插值扩展，其核心思想是在两个方向分别进行一次线性插值。双线性插值作为数值分析中的一种插值算法，广泛应用在信号处理，数字图像和视频处理等方面。(Bilinear interpolation is also called bilinear interpolation. In mathematics, bilinear interpolation is a linear interpolation expansion of
SEIR
- 一般的线性方程我们可以用最小二乘来解，一般的非线性方程我们可以用LM来解。 这里是线性微分方程组，所以我们采用最小二乘来解。 关键是构造出最小二乘形式，微分可以通过前后数据差分的方法来求。 不过这里还有一个技巧就是如果数据前后帧间隔过大，可以先插值，再对插值后的数据差分如果实际测量数据抖动过大导致插值后差分明显不能反映实际情况，可以先对数据平滑（拟合或是平均）再求差分。(We can use least squares to solve general linear equat