Manual fault mapping in 3D seismic interpretation is labor-intensive and time-consuming.
Complex fault geometries and the distortion of the seismic signal close to faults complicate full …

Segmentation is an important step for the diagnosis of multiple sclerosis. In this paper, a
method for segmentation of multiple sclerosis lesions from magnetic resonance (MR) brain …

Horizons are visible boundaries between certain sediment layers in seismic data, and a fault
is a crack of horizons and it is recognized in seismic data by the discontinuities of horizons …

Seismic data are pictures showing subsurface seismic reflectivity. Seismic data interpretations
concern with building geological models with the aim to describe relationship between the …

Seismic data provide detailed information about subsurface structures. Reflection events
visible in the seismic data are known as horizons, and indicate boundaries between different …

While 3D seismic data become widespread and the datasets get larger, the demand for
automation to speed up the seismic interpretation process is increasing as well. However, the …

Oil and gas exploration decisions are made based on inferences obtained from seismic data
interpretation. While 3-d seismic data become widespread and the data-sets get larger, the …

Oil and gas exploration decisions are made based on inferences obtained from seismic data
interpretation. The interpretation task is getting very time-consuming as seismic data sets …

In this paper, we present a methodology for interpreting faults from three dimensional seismic
data. Faults are individual fractures across which there are visible offsets of horizons (or …

Obtaining accurate and detailed information on the properties of fault systems has a
significant impact on the E&P workflow. Assessment of whether a particular fault is sealing can …