RadExPro

RadExPro is a powerful software for comprehensive processing and interpretation of near-surface on-shore and off-shore seismic and VSP data on Windows 9x/Me/2000/XP/Vista.

Scope and highlights:

Reflection seismic data processing and interpretation
Effective demultiple processing of single-channel high-resolution offshore data
VSP data processing
MASW
Easy refraction seismic processing
2D/3D Seismic QC and field processing
Cross-plot analysis of seismic attributes
Convenient printing with print preview

RadExPro is operating on inexpensive Windows-driven PC's and workstations. Can be installed on a laptop computer to take into a field/ a research ship. Providing the potential of the full-blown system for seismic processing, interpretation and quality control while away from the central office.

RadExPro is available in several standard configurations.They are united by common graphic shall with user-friendly graphic interface but different in the set of embedded processing modules:

Basic - basic processing of near-surface reflection, refraction seismic data processing, analysis of surface waves (MASW) ;
Standard - basic processing of near-surface reflection, refraction seismic data processing, analysis of surface waves (MASW), vertical seismic profile (VSP) data processing;
QC - field processing and QC of 2D/3D seismic data, advanced processing of near-surface reflection data, processing of refraction seismic data, analysis of surface waves (MASW);
Advanced - field processing and QC of 2D/3D seismic data, advanced processing of near-surface reflection data, processing of refraction seismic data, analysis of surface waves (MASW), processing of VSP data.

See the details of the configurations at the bottom of this page.

Advantages:

Convenient and easy data input/output allows loading of seismic and GPR data recorded almost in any format either from disk or tape
User-friendly interface enables construction of sophysticated processing flows for batch processing of seismic and GPR data
Exhaustive set of efficient seismic processing and QC procedures
Set of fast interactive tools for seismic and GPR data display and analysis
Handy interpreation facilities: horizon picking, seismic sequence attribute analysis, interactive map, well-log data visualization
Flexible trace header management, including mathematical operations with header fields and much more
Special means for display and analysis of header field values
Powerful and effective data base which allows storing of seismic data, processing flows, well data, picks, velocity data, grids, etc.
Open scalable architecture – if you miss a specific module, you can build it yourself and integrate into the package! (Programmers working in MS Visual C++ will be provided with special User Application Wizard).

The software includes exhaustive capabilities for VSP data processing and interpretation. It provides all the tools needed for:

Trace-by-trace processing with consideration given to the VSP specifics
Separation of wave fields
Interactive interpretation of VSP data and velocity modeling
Migration and VSP-CMP transformation
VSP forward modeling
Analysis of the dynamics
Display of the results on the Map

RadExPro software will operate on any Intel x86 processor; however the program code is optimized for instruction set of Intel Pentium™ 4 processor. The time-consuming procedures are parallelized for enjoying all the advantages of multiprocessor Windows-driven workstations.

Minimum system requirements:

IntelPentium™ 4CPU or higher,
MS Windows 98/Me/NT4/2000/XP operating systems,
256Mb RAMand more,
SVGA display and better,
30 Mb of empty space on the hard disk for program files

Recommended system requirements:

Intel Core2Duo CPU
1GĀ RAM;
MS Windows XP or 2000 operating system;
1280x1024 resolution display

RadExPro capabilities depending on configuration:

	Basic	Standard	QC	Advanced

I/O
Input data from SEG-Y, SEG-D, SEG-2, SEG-B, SEG-1, SCS-3, Diogen files, with optional header remaping	+	+	+	+
Input GPR data from LOGIS, Zond, RAMAC/GPR, GSSI, Pulse EKKO formats	+	+	+	+
Input trace from ASCII file	+	+	+	+
Input data from user-defined demultiplexed format with trace header information	+	+	+	+
Reading data from tapes	+	+	+	+
Data output to SEG-Y files	+	+	+	+
Export horizons to ASCII and DXF files	+	+	+	+
Output data to ASCII file	+	+	+	+

Geometry assignment
Import from ASCII and SPS files	+	+	+	+
Calculation using built-in equation calculator	+	+	+	+
Display and editing using built-in spreadsheet editor	+	+	+	+
Dedicated module for marine geometry assignement	+	+	+	+
Dedicated module for VSP geometry assignment		+		+
3D binning			+	+

Statics
Elevation statics calculation	+	+	+	+
Residual statics calculation			+	+
Correlation statics calculation	+	+	+	+
Apply statics	+	+	+	+

Deconvolutions
Signature	+	+	+	+
Zero-phase	+	+	+	+
Predictive	+	+	+	+
Spiking	+	+	+	+
Surface-consistent			+	+
Nonstationary predictive			+	+
Phase	+	+	+	+
Optimal filtering	+	+	+	+

Amplitudes
Amplitude corrections: linear (spherical divergence), exponential, automatic gain control (AGC), trace equalization, time-variant gain	+	+	+	+
Ensemble equalization	+	+	+	+
DC removal	+	+	+	+

Interpolation
Trace interpolation along the line	+	+	+	+
Interpolation of set of 2D lines into a 3D volume	+	+	+	+


Filtering, trace transforms and trace math
Frequency filtering:
trapezium bandpass filter	+	+	+	+
Ormsby bandpass filter	+	+	+	+
Butterworth filter	+	+	+	+
notch filter	+	+	+	+
2D filtering	+	+	+	+
F-K filtering	+	+	+	+
Radon transform (direct and inverse)		+	+	+
Amplitude spectrum calculation	+	+	+	+
Phase spectrum calculation	+	+	+	+
Autocorrelation and crosscorrelation functions	+	+	+	+
Logarithm and exponent of trace	+	+	+	+
Adaptive wavefield subtraction			+	+
Convolution	+	+	+	+
Trace/trace and trace/scalar arithmetic	+	+	+	+
Radial trace transform (direct and inverse)	+	+	+	+
Burst noise removal	+	+	+	+

Trace editing
Resample	+	+	+	+
Kill trace	+	+	+	+
Muting	+	+	+	+
Trace length change	+	+	+	+

Header fields manipulations
Mathematical operations	+	+	+	+
Spreadsheet editor	+	+	+	+
Import from ASCII and SPS files, export to ASCII	+	+	+	+
Smoothing average	+	+	+	+
Shift of header values to specified number of traces	+	+	+	+
Surface-consistent calibration (e.g. for static shifts or amplitude values)			+	+
Display graphs, cross-plots, histograms	+	+	+	+

Velocities and CDP stacking
3D CDP binning			+	+
CDP gathers	+	+	+	+
Super gathers	+	+	+	+
Interactive analysis of stacking velocities	+	+	+	+
Horizon velocity analysis			+	+
NMO-correction	+	+	+	+
Stacking	+	+	+	+

Time-depth conversion
Conversion between time and depth domain using different types of velocity functions	+	+	+	+

Migrations
F-K Stolt migration	+	+	+	+
3D F-K Stolt migration	+	+	+	+
T-K migration	+	+	+	+

Offshore data processing
Marine geometry assignment	+	+	+	+
Import tide statics	+	+	+	+
Suppression of multiples on high-resolution marine data			+	+
Deghosting			+	+


QC and attribute analysis
Analysis of attribute dependancy on linked cross-plots and histograms			+	+
Mapping attributes on top of topography background			+	+
Estimate of average, RMS, minimum, maximum, absolute maximum amplitude within a window			+	+
Determination of time of maximum, minimum, and absolute maximum amplitude within a window			+	+
Estimate of peak frequency, apparent frequency, visible frequency, centroid frequency, and frequency bandwidth			+	+
Estimation of signal-to-noise ratio			+	+
Estimation of data resolution			+	+
Computation of auto-correlation and cross-corelation functions	+	+	+	+
Interactive estimate of velocities of all types of waves	+	+	+	+
Calculation of effective fold			+	+
Reflection strength, instantaneous frequency, instantaneous phase	+	+	+	+

Refraction
Conventional Reciprocal Method (t plus-minus)	+	+	+	+
Wiechert-Herglotz inversion and diving wave tomography	+	+	+	+

Surface Wave Analysis
Multichannel Analysis of Surface Wave (MASW)	+	+	+	+

Vibroseis
Correlation	+	+	+	+

VSP
VSP geometry assignment for vertical or inclined wells		+		+
Polarization analysis and 3C rotation		+		+
Generation of synthetic seismograms for		+		+
different wave types		+		+
Separation of wavefields of different wave types		+		+
Calculation of arrival time of direct wave or reflected wave from a specified reflector for horizontal layered model		+		+
Layer velocity modeling		+		+
Estimation of Q		+		+
Far-offset VSP NMO-correction		+		+
Import of well-log data, import and export of velocity models		+		+
Joint interpretation of VSP, logging, and seismic data		+		+
VSP Kirchhoff migration		+		+
VSP-CDP transformation		+		+

Display and printing
Various modes of data display	+	+	+	+
Support of several data displays at a time, several datasets in one display	+	+	+	+
Interactive calculation of frequency spectrum and F-K spectrum of arbitrary data fragment	+	+	+	+
Display of trace header fields	+	+	+	+
Display of lines, attributes, horizons, on the interactive map	+	+	+	+
Interactive display of data along an arbitrary line selected on the Map	+	+	+	+
3D display of a set of 2D lines, with optional semi-transparent map on top			+	+
Picking linear objects in 3D			+	+
Display of attributes on linked cross-plots and histograms			+	+
Printing and export of cross-plots and hystorgams to a bitmap			+	+
Printing of processing results with print preview	+	+	+	+


Data and processing management
Processing within projects. A project can be easily moved to a new location together with all associated data and processing parameters	+	+	+	+
Work with several projects at a time	+	+	+	+
Processing flows can be combined into several queues and run in parallel	+	+	+	+
Processing flows can be copied with all procedures and parameters	+	+	+	+
Processing history	+	+	+	+
Data run-time resorting on input into the flow	+	+	+	+
Fast resorting of big data volumes	+	+	+	+

Interpretation
Horizon picking, manual and automatic	+	+	+	+
Griding of horizons and attributes	+	+	+	+
Attribute calculation along horizons			+	+
Simultaneous display of different types of data on the map and in 3D display			+	+