Bayesian linearized AVO inversion

By A. Buland, Henning Omre. 2003

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AVO inversion and poroelasticity with P- and S-wave moduli (2012, methodology): “AVO INVERSION FOR P- AND S-WAVE MODULI AVO inversion can be implemented with a Bayesian scheme (Buland and Omre, 2003).”
High-resolution prestack seismic inversion using a hybrid FISTA least-squares strategy (2013, methodology): “This has been explored in the context of Gaussian statistics (Downton and Lines, 2001, 2004; Buland and Omre, 2003) and using sparse priors derived from a multivariate Cauchy distribution (Alemie and Sacchi, 2011).”
Simultaneous Inversion of Pre-stack Seismic Data (2005, methodology): “…Omre (1996), and build a new approach that allows us to invert directly for P-impedance (Z P =ρV P ), S-impedance (Z P =ρV P ), and density through a small reflectivity approximation similar to that of Buland and Omre (2003), and using constraints similar to those used by Simmons and Backus (1996).”
Correlation-Based Adaptive Localization With Applications to Ensemble-Based 4D-Seismic History Matching (2018, methodology): “s used to calculate the reﬂection coefﬁcient at an interface between two layers. For multi-layer cases, we need to calculate reﬂectivity series as a function of two-way travel time (see, for example, Buland and Omre, 2003; Mavko et al., 2009). Here, travel time is computed from the P-wave velocity a”