In this way, this work analyzes and proposes optimizations for the input and output operations of a geophysical application that uses the Reverse Time Migration ...

Abstract: Computational simulations of physical phenomena are only possible due to the computational resources available in High Performance Computing (HPC) ...

Feb 24, 2024 · This paper presents challenges encountered during reservoir modeling and simulation, while demonstrating that the ultimate solution for these ...

This paper focuses on the use of Machine Learning to predict the performance of acoustic wave numerical kernel on Intel Xeon Phi many-cores architecture. Low- ...

Computational simulations of physical phenomena are only possible due to the computational resources available in High Performance Computing (HPC) systems.

Abstract. Reverse Time Migration (RTM) is an important scientific application for oil and gas exploration. The 3D RTM simulation gener-.

Improving I/O Performance of RTM Algorithm for Oil and Gas Simulation pp. 270-270. Analysis of Parallel and Vectorized Algorithms of Pre-Stack Kirchhoff Time ...

In order to overcome these disadvantages, in this study, a second-generation improved RTM technique is proposed. In this improved form, a shift operator is ...

Abstract. Reverse Time Migration (RTM) is an important scientific application for oil and gas exploration. The 3D RTM simulation gener-.