PVM is an inexpensive, but extremely effective tool which allows a researcher to use workstations as nodes in a parallel processing environment to perform largescale computations. The numerical approximation and visualization of seismic waves propagating in the earth strains today's largest supercomputers. We present timings and visualization for large earth models run on a ring of IBM RS/6000's which illustrate PVM's capability of handling large-scale problems
In this work we approach the seismic wave propagation problem in two dimensions using the nite ele...
Abstract. We use 2166 processors of the MareNostrum (IBM PowerPC 970) supercomputer to model seismic...
We use 1944 processors of the Earth Simulator to model seismic wave propagation resulting from large...
Elastic or acoustic wave-field modeling is an important part of seismic exploration. It can be used ...
This paper presents experience with parallelization using PVM of DSO, a seismic inversion code devel...
GeoFEM is solid earth simulator software, which is under development to be used by STA’s super paral...
This paper presents a parallel visualization pipeline implemented at the Pittsburgh Supercomputing C...
Abstract. A major research topic in geophysics deals with the modelization of the Earth interior, an...
Abstract. Benchmark studies were carried out on a recently optimized parallel 3D seismic wave propag...
Due to the character of the original source materials and the nature of batch digitization, quality ...
: This paper present experience with using PVM to parallelize DSO, a seismic inversion code develope...
Parallel processing has changed the way much computational physics is done. Areas such as condensed ...
We use 1944 processors of the Earth Simulator to model seismic wave propagation resulting from large...
Abstract We use the Earth Simulator to model seismic wave propagation resulting from large earthquak...
This paper presents a parallel adaptive rendering algorithm and its performance for visualizing time...
In this work we approach the seismic wave propagation problem in two dimensions using the nite ele...
Abstract. We use 2166 processors of the MareNostrum (IBM PowerPC 970) supercomputer to model seismic...
We use 1944 processors of the Earth Simulator to model seismic wave propagation resulting from large...
Elastic or acoustic wave-field modeling is an important part of seismic exploration. It can be used ...
This paper presents experience with parallelization using PVM of DSO, a seismic inversion code devel...
GeoFEM is solid earth simulator software, which is under development to be used by STA’s super paral...
This paper presents a parallel visualization pipeline implemented at the Pittsburgh Supercomputing C...
Abstract. A major research topic in geophysics deals with the modelization of the Earth interior, an...
Abstract. Benchmark studies were carried out on a recently optimized parallel 3D seismic wave propag...
Due to the character of the original source materials and the nature of batch digitization, quality ...
: This paper present experience with using PVM to parallelize DSO, a seismic inversion code develope...
Parallel processing has changed the way much computational physics is done. Areas such as condensed ...
We use 1944 processors of the Earth Simulator to model seismic wave propagation resulting from large...
Abstract We use the Earth Simulator to model seismic wave propagation resulting from large earthquak...
This paper presents a parallel adaptive rendering algorithm and its performance for visualizing time...
In this work we approach the seismic wave propagation problem in two dimensions using the nite ele...
Abstract. We use 2166 processors of the MareNostrum (IBM PowerPC 970) supercomputer to model seismic...
We use 1944 processors of the Earth Simulator to model seismic wave propagation resulting from large...