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FPGA Acceleration for Seismic Imaging

Architecture Development for FPGA Acceleration of High Performance Computing applied to Seismic Imaging

Table of Contents

Project Overview

The development of this research aimed to deliver a prototype of an FPGA architecture, optimized and applied to the 2D Reverse Time Migration (RTM) workflow. Hardware implementation aspects were correlated with RTM computation optimizations present in the literature.

Objectives

  1. Develop FPGA-based acceleration platform for RTM
  2. Optimize RTM algorithm for hardware implementation
  3. Integrate with HPC environment
  4. Validate prototype performance

Results

  1. Performance and Energy Efficiency Analysis of Reverse Time Migration on a FPGA Platform
  2. Imageamento Sísmico com FPGA Aplicado a Migração Reversa no Tempo