In this survey, we present a review of methods and resources for texture recognition,
presenting the most common techniques that have been used in the recent decades, along …

Automated detection and classification of geological structure elements, such as salt domes,
channels, faults and folds, from seismic images provides an important first step towards new …

One of the most critical activities for the oil and gas industry is the discovery of new possibles
reserves. Geoscientists must rely on indirect measures of the subsurface to scrutinize huge …

Almost all work to understand Earth's subsurface on a large scale relies on the interpretation
of seismic surveys by experts who segment the survey (usually a cube) into layers; a …

Much work has been done on the assessment of texture descriptors for image retrieval in
many domains. In this work, we evaluate the accuracy and performance of three wellknown …

Seismic sequences are stratigraphic units of relatively conformable seismic reflections.
These units are intervals of similar sedimentation conditions, governed by sediment supply …

During the seismic interpretation process, geoscientists rely on their experience and visual
analysis to assess the similarity between seismic sections. However, evaluating all of the …

For decades, geoscientists have employed seismic attributes to improve their understanding
of the subsurface. More recently, image-based texture attributes started to be considered in …

Detecting salt boundaries in seismic images is critical for subsurface reservoir
characterization and oil and gas exploration. The presence of salt in seismic data often …

Standardization efforts have become an increasingly central issue as business
interoperability demands mount. However research on the development process of …