Seismic Studio™

Increased Throughput

Refraction statics has traditionally been a time intensive effort. Seismic Studio&tarde; reduces the man-hours required to handle large volumes by displaying and managing the flow of picks between windows and generalized pick prediction from model/analysis input. Field tests indicate an order of magnitude time saving over existing statics software.

Seismic Studio™ Supports a Team Approach to Large Projects

Data flow bottlenecks have been removed by taking the algorithms to the data. Increased throughput goes right to the bottom line.

Manages Any Size Survey

Seismic Studio™ is optimized to manage large data by utilizing disk capacity rather than overloading your computer's memory. The system manages multiple trace files simultaneously and creates a continuous series of swaths for even the largest regional survey.

Expert Guidance

Seismic Studio™ uses operations wizards to manage the critical processes for refraction statics. The wizards utilize the recommended best practices with variables relevant to each process.

Integrates Multiple Datasets (2D & 3D)

By integrating different surveys into a single solution, Seismic Studio&tarde; removes mis-ties by creating a single model as a surface or multiple surfaces in a cube. 2D and 3D data are analyzed according to their respective data type, at the same picking, refractor assignment, analysis, modeling and statistics are done as a unit.

Optimize Your Existing Processing System

Seismic Studio™ is designed to optimally address all hardware solutions.

Interactive graphical solutions operate on NT/UNIX workstations

We took the interpretation to the user.

Compute intensive algorithms that are transportable to operate on larger systems, across multiple disks and within your current processing software – we took the algorithms to the data.

Click images to view enlarged Data Processing Examples.

Example 1: Geometry Error

Example 2: Correct Geometry

Example 3: Predictive Picks

Example 4: Quality Controlled User Picks

Example 5: Velocity Model

Example 6: Static Solution Model