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Joint inversion of seismic full-waveform and vertical gravity acceleration data to reconstruct the wave-velocity function and density distribution of target anomalies, generating intuitive visual images.
Applies the acoustic wave equation to model seismic wave data and integral equations to characterize gravity acceleration anomalies.
Employs the level-set method to represent interface structures and achieves effective multi-physics data fusion by characterizing the structural similarity between velocity and density parameters.
Download & Usage
Please download the software package and test datasets from the Releases page.
After extracting the software package, click the .exe file to launch the application. Detailed instructions can be accessed via 'Help' at the top of the panel.
The test datasets include three examples: the rock model, the salt dome model, and the circular demonstration model. Recommended YAML parameters for each case can be found in config.yaml, and recommended control panel settings are provided in panel_configuration.pdf.
Xingyu Deng, Jianfeng Zhao, Wenbin Li*, Jianwei Ma*. A level-set structural approach for multi-physics joint inversion using full-waveform and gravity data. Inverse Problems (2025) 41(11): 115010.
About
This software features joint inversion of seismic and gravity data to deliver superior deep-structure imaging where single-source data falls short. It employs the level-set method to represent interface structures and achieves effective multi-physics data fusion by characterizing the structural similarity between velocity and density parameters.