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Jose Marcos P.

@juniorpilato

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Software developer

$30 USD / Hour
・
Flag of
Brazil (10:34 AM)
・
Joined on September 26, 2014
$30 USD / Hour
・
Systems Engineering and Computer Science, [login to view URL]. – Research Area Computer Graphics and Imaging Processing - Federal University of Rio de Janeiro, COPPE (2009). Has more than eight years of experience on scientific software development. In 2010, he founded the DeepSoft. The DeepSoft is a company specialized in the development and consulting scientific software. The focus is to provide solutions which relate to problems of scientific complexity, combining science and industry. With strong participation in Óleo&Gás, the leading areas where DeepSoft has expertise are: - Schlumberger Petrel Software Plug-ins; - Custom Software; - Legacy Code; - Scientific Visualization
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Portfolio

Portfolio

2274511
PLIM is a software program capable of calculating the limit of the water injection pressure in a reservoir utilizing as the injection pressure limit the criteria of faults reactivation of such reservoir. Using geometric parameters from the reservoir and from the reservoir faults, the software searches in a data base with results from mechanical analysis executed before, in finite elements, the areas in which the injection pressure exceeds the limit pressure.
PLIM
2274510
The S2S software solves one of the greatest challenges in today’s geophysics inside of the Seismic 4D world. The software S2S – Simulator-to-Seismic – consists in a library capable of, from a petroleum reservoir simulation’s result, generating a synthetic seismic cube that corresponds to a time step of that simulation. This synthetic seismic data can then be used in several ways, such as for history matching or for performing adjustments in the reservoir simulation model itself from comparisons realized between the generated synthetic seismic data and a real seismic data extracted from the corresponding field.
Seisflow
2274505
Twister-Ocean is a plugin for the Schlumberger Petrel software, responsible for integrating the Twister software into Petrel. The Twister software is a computational library that models several objects from the petroleum reservoir engineering and geophysics areas. These objects are exposed through a consistent public API (Application Programming Interface), allowing the usage of these data from other applications.
Twister
2274501
Turmy is a software program that numerically models the evolution, over time, of meandering channel in subaqueous environment. In order to do this, Turmy solves, analytically, a simplified Navier-Stokes equation, in order to calculate the chains velocity that allows the definition of portions eroded and deposited in each time step. The final result is a model of the sediment’s distribution carried by the meandering channel. The software was developed by the MINES ParisTech with the sponsorship and technical participation of some oil companies (including Petrobras), all owning exclusive rights over the code and commercial use of it.
Turmy
2274495
The DEnDE software consists in the computing of a set of seismic attributes which are based on a spectral decomposition that is calculated by the continuous wavelet transformation method. In order to achieve the best possible results, DEnDE software makes strong use of interactive and graphical tools such as seismic probes, graphs, etc., which helps the user with the algorithm’s parameterization as well as with the analysis of the problem. DEnDE software has previously been developed by Petrobras as a standalone application, further on becoming a Petrel plug-in developed by us.
DEnDE
2274511
PLIM is a software program capable of calculating the limit of the water injection pressure in a reservoir utilizing as the injection pressure limit the criteria of faults reactivation of such reservoir. Using geometric parameters from the reservoir and from the reservoir faults, the software searches in a data base with results from mechanical analysis executed before, in finite elements, the areas in which the injection pressure exceeds the limit pressure.
PLIM
2274510
The S2S software solves one of the greatest challenges in today’s geophysics inside of the Seismic 4D world. The software S2S – Simulator-to-Seismic – consists in a library capable of, from a petroleum reservoir simulation’s result, generating a synthetic seismic cube that corresponds to a time step of that simulation. This synthetic seismic data can then be used in several ways, such as for history matching or for performing adjustments in the reservoir simulation model itself from comparisons realized between the generated synthetic seismic data and a real seismic data extracted from the corresponding field.
Seisflow
2274505
Twister-Ocean is a plugin for the Schlumberger Petrel software, responsible for integrating the Twister software into Petrel. The Twister software is a computational library that models several objects from the petroleum reservoir engineering and geophysics areas. These objects are exposed through a consistent public API (Application Programming Interface), allowing the usage of these data from other applications.
Twister
2274501
Turmy is a software program that numerically models the evolution, over time, of meandering channel in subaqueous environment. In order to do this, Turmy solves, analytically, a simplified Navier-Stokes equation, in order to calculate the chains velocity that allows the definition of portions eroded and deposited in each time step. The final result is a model of the sediment’s distribution carried by the meandering channel. The software was developed by the MINES ParisTech with the sponsorship and technical participation of some oil companies (including Petrobras), all owning exclusive rights over the code and commercial use of it.
Turmy
2274495
The DEnDE software consists in the computing of a set of seismic attributes which are based on a spectral decomposition that is calculated by the continuous wavelet transformation method. In order to achieve the best possible results, DEnDE software makes strong use of interactive and graphical tools such as seismic probes, graphs, etc., which helps the user with the algorithm’s parameterization as well as with the analysis of the problem. DEnDE software has previously been developed by Petrobras as a standalone application, further on becoming a Petrel plug-in developed by us.
DEnDE
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