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spiking
- 脉冲反褶积时期望输出零延迟的尖脉冲的最小平方反褶积方法-Output zero latency spikes least squares deconvolution method expects pulse deconvolution
sparse_decon
- 稀疏脉冲反褶积是一种从地震记录中估计振幅和位置的反演方法。-Sparse deconvolution is a pulse inversion method estimates the amplitude and position seismic records.
kolmog
- 最小平方反褶积是把地震子波压缩成尖脉冲，从而使地震记录能够直接反映地下反射系数序列-Least squares deconvolution of seismic waves are compressed into spikes, which can directly reflect the seismic record subsurface reflection coefficient series
ls_inv_filter
- 子波整形反褶积是通过所设计的整形滤波器对地震子波，使其成为所期望的形状。-Shaping wavelet deconvolution by shaping filter designed for seismic waves, making it the desired shape.
SC_Gabor_Con
- 地表一致性Gabor反褶积，提高地震横向分辨率的一种关键技术-Gabor surface consistency deconvolution, a key technology to improve the seismic lateral resolution
synthetic-seismogram
- 地震勘探中，正演合成地震记录；通过子波（这里有几种不同子波模型）与定义好的反射系数进行褶积运算，实现地震记录的人工合成。-Seismic exploration, modeling synthetic seismic record via wavelets (there are several models of different wavelets) defined reflection coefficient convolution operation, realization of syn
zheji
- 用子波与反射系数进行褶积来模拟地震波的传播。-Convolution performed to simulate seismic wave propagation using wavelet and reflection coefficient.
Experiments--2
- 求取两个信号的到褶积，通常在用地震方法找油气中用雷克子波和反射系数求取褶积，本程序只是搭建了一个大致的框架，如果需要的到结果，还需要自行设置信号和一些参数。-Strike to the convolution of two signals, typically using seismic methods used to find oil and gas Ricker strike wave and reflection coefficient convolution, this procedur
convolution
- 利用VC++实现褶积运算，可以计算任意两个离散的数组的褶积运算。-Use VC++ to achieve convolution can be calculated between any two arrays of convolution.
b
- 地震数据一维滤波的C++实现 利用褶积实现低通滤波 内有实验数据和操作说明- C++ implementation of one-dimensional seismic data filtering Convolution is applied to realize low-pass filtering With the experimental data and instructions
predict-and-match-interal-multiple
- 地震信号处理，虚同相轴方法预测层间多次波，将数据分成上下两部分，利用相关和褶积的原理预测出层间多次波。预测信号和原始信号在相位和振幅上存在差异，用L1范数匹配法进行匹配，其中，提供了两种方法解病态方程，分别为高斯-赛德尔方法和正则化方法。-Seismic signal processing, predicte internal multiples by construct virtual events .The data is divided into two parts, using the
program.tar
- 地震资料处理、褶积滤波、快变滤波、褶积滤波与快变滤波的比较-The processing of the sesimic data、 Convolution filtering、Shazam filtering
seismic-data-syn
- 反射系数与地震子波褶积合成地震记录，p，d，s分别是预设地层纵波速度、密度、及横波速度模型。其中包含可以改变主频的ricker子波，avopp是提取反射系数的程序。wigb可以对其中的多道进行强化显示。-Reflection coefficient and the convolution synthetic seismogram, the seismic wavelet p, d, s are preset formation p-wave velocity, density, and shea
eulerdecongra
- 位场欧拉反褶积的程序，主要用于三维场源位置反演，可以自动提取最优化构造指数并进行反演。-Potential Field Euler deconvolution procedure, the main source for three-dimensional position of the field inversion can automatically extract index structure optimization and inversion.
bfgs_test
- 地震波阻抗反演，用于一维、二维褶积模型，其中梯度函数和目标函数根据自己的需要建立-Seismic impedance inversion, for one-dimensional, two-dimensional convolution model, in which the objective function and the gradient function according to their own needs to establish
Q
- 基于褶积模型和波场向下延拓原理的Q值正演模理，可自行设置参数。-Based on convolution model and wave field downward continuation of Q value principle reason forward mode, you can set their own parameters.
ST
- 广义S变换，具有良好的分析特性和局部的时频的特性，而谱白化和反褶积也是高分辨处理中的一种有效的频率补偿手段，本文利用他们的他们的各自优点，使二者结合起来，该方法对地震信号用广义S变换分解，进行频率补偿再进行重构，得到高分辨率时间信号。 理论模型试算和实际地震处理结果证明了该方法的正确性和有效性。 关键词：广义S变换，谱白化，高分辨处理-Generalized S transformation (GST) has good analyzing feature and good
DBlockToolbox
- DBlockToolbox是一个高斯噪声下的二维块去噪和反褶积功能-DBlockToolbox is a collection of .m functions for 2D block denoising and deconvolution under Gaussian noise.
HilbertTrans
- 压缩包程序包含褶积程序，快速傅里叶变换以及希尔伯特变换-Compressed package that contains the program deconvolution, fast Fourier transform and Hilbert transform
CyclicConvolution
- 文件为线性褶积和循环褶积的MATLAB源代码，可进行褶积运算-File is a Linear convolution and cyclic convolution of the MATLAB source code, the convolution computation can be performed