Figure 4: Dialog box for changing the parameters of ExpTPower. Figure 3: Options listed for input upon double clicking the input operator. Figure 2: Job flow window after the correct operators (Input, ExpTPower, and Output) have been added to it. Figure 10: ExpTPower of 2 Figure 11: ExpTPower of 3 Figure 1: Options listed from the Job Flow tab. Include theory in this guide and upload it as a SEG Wiki for public consumption. Solution: Create a comprehensive lab guide that is not intimidating. Challenges: Bridging the gap between theory and practice, and communicate the value of seismic processing to interpretors, especially in avoiding interpretation pitfalls. Distribute this manual through the SEG, along with 3D prestack land data volume. Proposal: Develop an online lab manual (wiki) on 3D seismic processing using Vista. Providing them with a guide to apply the theory they learn in lecture will lead to a deeper understanding of the theory. Assumptions: “Hands-on” learning techniques are more effective for today’s students. Objective: Provide students with a flow to better understand how seismic data is processed, while also showing them that errors made in processing can have a large affect on interpreted seismic data. Leading these students, and future professionals, to accept data as accurate. Figure 9: ExpTPower of 1.5 Problem: A very small percentage of students want to deal with the tedium associated with processing seismic data. The lab instructions will eventually be posted as an SEG Wiki. This guide will be utilized in a lab in concert with a course on seismic processing. Marfurt, University of Oklahoma Wiki Preview – Applying a gain to the dataset Overview (and update from last time) The purpose of this project is to provide a thorough set of instructions for seismic processing. 1 AASPI Seismic Processing Lab Manual and Wiki using Schlumberger’s Vista Software Package Bryce Hutchinson*, Thang Ha, and Kurt J.

Vista seismic