Geoteric announces the release of their new AI service offering and celebrates with a brand uplift LONDON, UK – June 4, 2019 – Geoteric announced today the launch of itsRead more
We are very pleased to be returning to the EAGE 2019 Annual Convention & Exhibition, this year to be held in London, UK.
When: 3rd to 6th June 2019
Where: London, UK
Booth #: 950
In the previous Geobodies instalment, a geobody was created using a Standard Frequency Decomposition (FD) blend as this technique is useful in identifying subtle changes within a geological feature. In this post,
The Adaptive Geobodies tool tool is based on generating delineating geological deposits from data values using model based delineation. It is a powerful and flexible tool which can be used in
The previous two blog posts looked at ‘standard’ frequency decomposition techniques which applied convolution of the trace with bandpass filters in a traditional manner. This post focuses on the High
The Standard Frequency Decomposition module uses bandpass filters to carry out decomposition with properties similar to either a Fast Fourier Transform (FFT) or to a Constant Wavelet Transform (CWT). Due
High Definition Frequency Decomposition (HDFD) is one of the many unique tools and workflows available within GeoTeric. When combined with the standard frequency decomposition methods that are available, this provides
by: P. Szafian* (ffA), J. Lowell (ffA), A. Eckersley (ffA) & T. Kristensen (Lundin Norway)
In an earlier post we compared the 3 different method of Frequency Decomposition available in GeoTeric. The answer to which method is preferred in different sceanrios depends on your interpretation objectives.