Advanced Onboard Processing

Audience

Processing geophysicists having a basic knowledge and experience of onboard processing who wish to delve deeper and improve practice and awareness.

Content:

The course covers various aspects of seismic processing including SEG-D, and SEG-Y formats, and their generation, reformatting, quality controls for archive material.

Interactive tools are explored. Practice is gained with an Interpretation Workstation to QC data, horizon-picking and generation of horizon maps, plus velocity-picking.

The theory and practice of 3D SRME by conventional modelling methodology is covered. Bin centering and regularization are presented together with the workflows.

Learning Objectives

  • Understand SEG-D and SEG-Y formats and the importance of Quality Control
  • Ability to QC data, pick horizons and velocities using an Interpretation Workstation
  • Be familiar with the methods used to regularize the trace distribution
  • Understand 3D SRME principles and methodology of convolutional modeling

Duration

5-day

Number of Participants

6 - 12

Prerequisites

Previous experience with seismic data processing

Software Used

geovation

Course Format

Classroom, exercises, presentations

Audience

Processing geophysicists having a basic knowledge and experience of onboard processing who wish to delve deeper and improve practice and awareness.

Content

The course covers various aspects of seismic processing including SEG-D, and SEG-Y formats, and their generation, reformatting, quality controls for archive material.

Interactive tools are explored. Practice is gained with an Interpretation Workstation to QC data, horizon-picking and generation of horizon maps, plus velocity-picking.

The theory and practice of 3D SRME by conventional modelling methodology is covered. Bin centering and regularization are presented together with the workflows.

Learning Objectives

Understand SEG-D and SEG-Y formats and the importance of Quality Control
Ability to QC data, pick horizons and velocities using an Interpretation Workstation
Be familiar with the methods used to regularize the trace distribution
Understand 3D SRME principles and methodology of convolutional modeling

Duration

5-day

Number of Participants

6 - 12

Prerequisites

Previous experience with seismic data processing

Software Used

geovation

Course Format

Classroom, exercises, presentations

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Our proprietary courses are fully customizable and can be offered at a time and location convenient to you. Please request a course for more information.