Research Software
Currently, our research software includes exprimental codes for Generalized Interferometry (GI, Python 2 and 3), discrete wave equation upscaling in 1D (DUP1D), the classification of seismic recordings using neural networks (ANN), straight-ray tomography in 2D (TTomo), optimal processing and unphysical signals in seismic noise correlations (OPUS), and ambient noise correlations (MIRMEX).
- chevron_right Analytical Hamiltonian Nullspace Shuttles
- chevron_right ANN: Neural nets data classification
- chevron_right BeamKer: Connecting beamform methods and noise source inversion. (version 0.1, Python 3.7)
- chevron_right DUP1D: Discrete upscaling in 1D
- chevron_right GI: Generalised interferometry
- chevron_right OPUS: Optimal Processing and Unphysical Signals in noise correlations
- chevron_right Surf: Surface waves in anisotropic layered media
- chevron_right TTomo: Straight ray tomography