ar4/pypick ar4/pypick

  • This repository has been archived on 07/Aug/2023
  • Stars
    star
    14
  • Rank 1,438,076 (Top 29 %)
  • Language
    Jupyter Notebook
  • License
    MIT License
  • Created about 7 years ago
  • Updated about 7 years ago
Twitter logo Share LinkedIn logo Share Facebook logo Share
ar4/pypick
github

ar4

Reviews

There are no reviews yet. Be the first to send feedback to the community and the maintainers!

Repository Details

Seismic event picking using Matplotlib and machine learning

More Repositories

1

deepwave

Wave propagation modules for PyTorch.
Python
201
star
2

netcdf_segy

Convert between SEG-Y and NetCDF
Jupyter Notebook
19
star
3

agdeblend

Seismic data blending and deblending
C
13
star
4

seispro

Seismic processing tools
Jupyter Notebook
13
star
5

nnfwi_1d

1D FWI using a neural network
Jupyter Notebook
9
star
6

wheeler_hale_2015

An implementation of Wheeler and Hale's 2015 method for aligning well logs using dynamic warping
Jupyter Notebook
8
star
7

smii

Seismic modeling, imaging, and inversion
Python
7
star
8

lsrtm_1d

Least-squares Reverse Time Migration using 1D scalar wave equation. Very simple and for demonstration purposes only.
Jupyter Notebook
7
star
9

wave_1d_fd_pml

A comparison of PML profiles for 1D scalar wave equation finite difference simulations
Jupyter Notebook
5
star
10

wave_1d_fwi_tf

1D FWI implemented using TensorFlow
Jupyter Notebook
4
star
11

wave_2d_fd_perf_gpu

Performance comparison of different implementations of 2d finite difference wave propagation using Numba, PyTorch, and CUDA on a GPU
Jupyter Notebook
4
star
12

wave_1d_fd_tf

1D finite difference wave propagation implemented using TensorFlow
Jupyter Notebook
3
star
13

wave_3d_fd_perf

Performance analysis of different implementations of 3D finite difference wave propagation.
Jupyter Notebook
2
star
14

tellus_stream_sediment

Analysis of Ireland's Tellus stream sediment data
Jupyter Notebook
2
star
15

wave_1d_fd_abc

A comparison of absorbing boundary implementations for 1D scalar wave equation finite difference simulations
Jupyter Notebook
2
star
16

wave_2d_fd_perf

Performance analysis of different implementations of 2d finite difference wave propagation
Jupyter Notebook
2
star
17

deighan_watts_1997

Python implementation of the Deighan and Watts (1997) ground roll attenutation method using wavelets. Very simple and for demonstration purposes only.
Jupyter Notebook
1
star
18

wave_1d_fd_perf

Performance analysis of different implementations of 1d finite difference wave propagation
Jupyter Notebook
1
star
19

rtm_1d

Reverse Time Migration using 1D scalar wave equation. Very simple and for demonstration purposes only.
Jupyter Notebook
1
star
20

rtm_1d_imaging_condition_interval

A notebook investigating the effect of increasing the imaging condition interval in RTM.
Jupyter Notebook
1
star