The Leading Edge current issue

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According to the data and stats that were collected, 'The Leading Edge current issue' channel has an outstanding rank. Despite such a rank, the feed was last updated more than a year ago. The channel mostly uses medium-length articles along with sentence constructions of the advanced readability level, which is a result that may indicate difficult texts on the channel, probably due to a big amount of industrial or scientific terms.

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Medium-length materials prevail on 'The Leading Edge current issue' that may be an effective tactic to grip their readers’ attention with a wider range of helpful content. There are also a few longer items, which can provide a deeper insight into their subjects. Moreover, there are a few short articles.

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Advanced readability level of 'The Leading Edge current issue' content is probably targeted at well-educated subscribers as not all readers might clearly understand their texts. There are also some articles with medium readability level.

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? Sentiment Analysis

Positive emotional expressions prevail throughout the texts: they may include favorable reviews, appreciation or praise in regard to the subjects addressed on the channel. However, the channel also contains some rather negative or critical records that make up just a small amount of all its content.

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Recent News
Seismic attribute analysis for fracture detection and porosity prediction: A case study from tight volcanic reservoirs, ...

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Quantitative seismic interpretation integrated with well-test analysis in turbidite and presalt reservoirs

Advances in acquisition techniques and in processing workflows have made seismic amplitude more reliable, and, consequently, the quantitative information...

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Elastic parameter estimation for the identification of sweet spots, Vaca Muerta Formation, Neuquen Basin, Argentina

Early identification of zones with possible good production ("sweet spots") in shale plays is important to optimize the return on capital investment....

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Facies-constrained FWI: Toward application to reservoir characterization

The most common approach to obtaining reservoir properties from seismic data exploits the amplitude variation with offset response of reflected waves...

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Comparison of model-based generalized regression neural network and prestack inversion in predicting Poisson's ratio in ...

Drilling wells in the oil and gas industry is a substantial process, whether they are appraisal wells drilled for reservoir-characteristic assessments...

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Introduction to this special section: Reservoir characterization

Reservoir characterization using all available data is a popular topic that involves people and expertise from many different disciplines. Even though...

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One-dimensional stochastic inversion for seismic reservoir characterization -- A case study

Estimation of reservoir properties and facies from seismic data is a well-established technique, and numerous methods are in common usage. We demonstrate...

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Integration of computational stratigraphy models and seismic data for subsurface characterization

Computational stratigraphy provides a method to model depositional and stratigraphic processes on a grain size scale while honoring physics-based flow...

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Seismic-scale petrophysical interpretation and gas-volume estimation from simultaneous impedance inversion

Simultaneous impedance inversion was performed to obtain the seismic-scale P- and S-wave impedances as well as the bulk density volumes from seismic angle...

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Discriminating lithology and pore fill in hydrocarbon prediction from seismic elastic inversion using absorption attribu...

Separation of lithology from pore fill remains a daunting task, even if using elastic inversion. This is one of the unsolved problems for hydrocarbon...

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Quantitative inversion of azimuthal anisotropy parameters from isotropic techniques

Exploration and development of unconventional reservoirs, where fractures and in situ stress play a key role, calls for improved characterization workflows...

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