recursive least squares

This resource demonstrates the use of Least Squares Method to fit a circle curve. The output includes the coordinates of the center and the radius of the fitted circle.

针对一组x，y值的基于最小平方方差和的椭圆和圆的拟合，用Matlab实现。

本工具箱内含有MATLAB解决非线性最小二乘优化问题的所有m函数文件代码，方便用户高效地实现相关计算与优化。

在圆拟合的过程中，直接最小二乘法是用于代数曲面拟合的重要技术。通过将数据点最小化到拟合曲面的距离，可以实现高效、精确的曲面拟合。

在[-1,1]区间上取n=20个等距节点，计算出以相应节点上的e^x的值作为数据样本，以1，x，x²，⋯，x^l为基函数做出l=3,5,7,9次的最小二乘拟合多项式。画出ln(cond(A)) - l曲线，其中A是确定最小二乘多项式系数的矩阵。计算出不同阶最小二乘多项式给出的最小偏差σ(l)。将基函数改为1，P₁(x)，P₂(x)，⋯，Pₗ(x)，其中Pᵢ(x)是勒让德多项式，结果如何？

该软件包包含一组工具，允许使用移动最小二乘算法实时变形点和图像。这是一种无需使用薄板样条算法提供的计算扩展技术即可获得良好图像变形的快速技术。该算法发表在Scott Schaefer，Travis McPhail，Joe Warren的论文“使用最小二乘法进行图像变形”中。

Total variation regularized least squares deconvolution is one of the standard problems in image processing. This package uses the concept of Augmented Lagrangian [1] to implement the state-of-the-art algorithm, which can be viewed as a variant of the widely known Alternating Direction Method of Multipliers (ADMM). The deconvtv user interface is similar to the current MATLAB deconvolution tools, including deconvwnr, deconvlucy, and deconvreg: out = deconvtv(img, psf, mu, opt); deconvtv supports direct spatiotemporal processing for image and video deconvolution problems. Its applications include, but are not limited to: image and video deblurring, image and video denoising, depth data enhancement, thermal air turbulence stabilization, and multi-view synthesis. For more information and citations, please refer to: [1] SH Chan, R. Khoshabeh, KB Gibson, PE Gill, and TQ Nguyen, \"Augmented Lagrangian Method for Total Variation Video Restoration\", IEEE Trans. Image.

该存储库包含MATLAB脚本和样本数据，用于应用以下方法中的去噪技术：Mousavi, SM, 和 CA Langston (2016) 提出的自适应噪声估计与抑制方法，改进微震事件检测。文中使用的方法包括最小控制递归平均法进行噪声级估计，并在短时傅立叶变换(STFT) 域内应用Stein的无偏风格估计。更多细节请参见《Journal of Applied Geophysics》期刊中的论文：Adaptive noise estimation and suppression for improving microseismic event detection。 BibTeX引用格式：@article{mousavi2016adaptive,title={Adaptive noise estimation and suppression for improving microseismic event detection},author={Mousavi, S Mostafa and Langston, Charles A},journal={Journal of Applied Geophysics},volume={132},pages={116-124},year={2016},doi={10.1016/j.jappgeo.2016.008}}