Earthquake detection and analysis in Python.

Learn how to use PyCBC to analyze gravitational-wave data and do parameter inference.

In this project, I implement an enhanced active contour method that uses discrete wavelet transform for energy minimization to increase the accuracy.

Real-Time implementation of EQcorrscan methods.

A mock data study for 3G correlated confusion noise

StochasticA is a textbook / website for an “Introduction to Stochastic Signal Processing”. Materials for this website can be found here. Be sure to read the README.md document if you want to know more about the implementation.

Bat like sonar sensor that can track multiple targets and estimate angle of arrival using chirps and cross correlation in near real time.

Procesamiento de imagenes usando tecnica Gaussian-Matched Filters

Find point sources in sky maps using matched filtering.

DiallelX is a CPU-oriented modern fortran program to approximate Network Cross-Correlation coefficients (NCCs) among multiple continuous records and template waveforms observed at multiple seismic stations. The results, relatively less accurate but sufficient to find new seismic events, are obtained several-fold faster than a conventional scheme.

26th place solution for Kaggle LANL Earthquake Prediction competition

This repository includes LMS-Adaptive algorithm implementation

Optimized Codes to run Matched Filtering on GW Data using Particle Swarm Optimization

Performs automatic segmentation of hard exudates using the opencv library

Completed solutions, analyses, and documentation for the Gravitational Wave Open Data Workshop 2026, covering the full gravitational-wave data analysis pipeline from data-access and waveform generation to matched filtering, Bayesian parameter estimation, event detection, and continuous-wave searches using Python, PyCBC, GWpy, Bilby, and LALSuite.

A digital communication project that aims to explore matched filters.

Additional training on NS-WD binaries and gravitational-wave signal analysis, including FFT, STFT, matched filtering, edge-effect checks, Monte Carlo significance, and injection tests.