All Stories

  1. Poldw: a Python code to denoise 3C seismic data with a new threshold-free polarization technique
  2. Borehole-driven sparse-spike deconvolution and seismic bandwidth enhancement
  3. Seismic data summarization with content-aware resizing
  4. Seismic Data Resizing Using Seam Carving
  5. Seismic Moment Tensor Inversion in Anisotropic Media using Deep Neural Networks
  6. Data-driven edge detectors for seismic data interpretation
  7. Borehole-consistent sparse-spike seismic deconvolution and frequency enhancement
  8. Microseismic denoising assessment by polarization histograms
  9. Simulated annealing velocity analysis: automating the picking process
  10. Footprint removal from seismic data with residual dictionary learning
  11. Automatic well tying and wavelet phase estimation with no waveform stretching or squeezing
  12. Noise suppression in 2D and 3D seismic data with data-driven sifting algorithms
  13. Spectral structure-oriented filtering of seismic data with self-adaptive paths
  14. Structured Noise Removal with Dictionary Learning in Seismic Data: The Effect of Atom Filtering
  15. Simultaneous automatic well-to-seismic tie and wavelet phase estimation
  16. A simple energy-based strategy for sensor orientation in borehole microseismic monitoring
  17. Edge-preserving frequency-offset denoising of seismic data
  18. Calibrating anisotropic-velocity models using VFSA: Application to Vaca Muerta Formation
  19. Microseismic event location using global optimization algorithms: An integrated and automated workflow
  20. Differential evolution for microseismic event location
  21. Microseismic moment magnitude estimation: An optimization problem in the frequency domain
  22. Seismic wavelet phase estimation by 11 norm minimization
  23. Structure-oriented edge-preserving smoothing in the frequency domain: Application to enhance 3D seismic data volumes
  24. Three‐term inversion of prestack seismic data using a weighted l2, 1 mixed norm
  25. A simple method inspired by empirical mode decomposition for denoising seismic data
  26. An edge-preserving frequency-offset algorithm for seismic data denoising
  27. Fast and automatic microseismic phase-arrival detection and denoising by pattern recognition and reduced-rank filtering
  28. A fast empirical mode decomposition for noise attenuation of seismic data
  29. Radon transform-based microseismic event detection and signal-to-noise ratio enhancement
  30. Very fast simulated annealing and particle swarm optimization for microseismic event location
  31. Blocky inversion of prestack seismic data using mixed-norms
  32. Wave attenuation in partially saturated porous rocks — New observations and interpretations across scales
  33. A robust method for microseismic event detection based on automatic phase pickers
  34. High-resolution prestack seismic inversion using a hybrid FISTA least-squares strategy
  35. Microseismic data denoising via an apex-shifted hyperbolic Radon transform
  36. Estimating sparse-spike attributes from AVA data using a fast iterative shrinkage-thresholding algorithm and least squares
  37. An automatic method for microseismic events detection based on earthquake phase pickers
  38. Permeability effects on the seismic response of gas reservoirs
  39. Seismic characterization of thin beds containing patchy carbon dioxide-brine distributions: A study based on numerical simulations
  40. Numerical analysis of wave-induced fluid flow effects on seismic data: Application to monitoring of CO2storage at the Sleipner field
  41. Sparse‐spike AVO/AVA attributes from prestack data
  42. Quantitative characterization of CO2‐bearing thin layers at the Sleipner field using spectral inversion
  43. Automatic first-breaks picking: New strategies and algorithms
  44. Thin-bed prestack spectral inversion
  45. Stochastic sparse-spike deconvolution
  46. Statistical Segmentation of Geophysical Log Data
  47. Comment on ‘Non‐minimum‐phase wavelet estimation using second‐and third‐order moments’ by Wenkai Lu
  48. Parametric sparse‐spike deconvolution and the recovery of the acoustic impedance
  49. Estimating the distribution of primary reflection coefficients
  50. Traveltime inversion for 2‐D anomaly structures
  51. Simulated annealing ray tracing in complex three-dimensional media
  52. L-moments and C-moments
  53. Simulated annealing two‐point ray tracing