Attributes Developed by Rock Solid Images

Resolve GeoSciences offers 50+ post-stack attributes from Rock Solid Images which are categorized into 3 classes to meet a variety of needs when attempting to characterize the subsurface.

Instantaneous Attributes are based on the work of Turhan Taner to describe the complex seismic trace as two components: the real part (amplitude), and the imaginary (frequency and phase) derived from the Hilbert transform.

Wavelet Attributes are computed at the local minima and maxima of the instantaneous attribute envelope and have a distinctive appearance when distributed along the trace to the adjacent local minima. Also known as response attributes, these are helpful when following the phase and frequency of an event.

Geometrical Attributes compare the surrounding traces for volumetric computations that are necessary to describe aspects such as dip, azimuth, and the interaction of the wavelet with the seismic facies.

Click here to view the complete list of Rock Solid Attibutes

Source:
Taner, M. Turhan: Attributes Revisited(Revised Sep. 2000). Rock Solid Images, Houston, Texas, USA, 1992.

Chopra, Satinder, and Kurt J. Marfurt. "Seismic Attributes for Prospect Identification and Reservoir Characterization." Geophysical Developments. Ed. Stephen J. Hill. Society of Exploration Geophysicists, 2007.