Add to ORKGThe computers with multicore pocessor is widely available at present, however many software isn�t adapting that hardware advantage yet. Study has been carried out on n-body and its paralelization posibility. Parallel algorithm for n-body problem has been developed. The algorithm applied to PP, OpenMP and MPI. Developed algorithm can be applied into a multicore computer with commodity specification. This study uses a theoretic-computational approach. The result shows that paralel program is executed faster than serial program
This project is a study of advance computer architecture, specifically parallel processing architect...
This thesis encompasses studies on recent advances in the development of parallel algorithmic techni...
We present a performance analysis of different parallelization schemes for direct codes used in the ...
In this paper we show, through a case-study, how the adoption of the MPI model for the distributed p...
This work considers the organization and performance of computations on parallel computers of tree...
We describe the design of several portable and efficient parallel implementations of adaptive N-body...
We present new analysis, algorithmic techniques, and implementations of the Fast Multipole Method (F...
A multi-core processor is a single computing unit with two or more processors (“cores”). These cores...
High performance computing can be associated with a method to improve the performance of an applica...
This special issue reports on the SICSA multicore challenge, which commenced in 2010 and remains an...
The article analyzes the internal memory of the processor, its methods of work, types of data exchan...
The optimization techniques for hierarchical O(N) N-body algorithms described here focus on managing...
Parallel computing promises several orders of magnitude increase in our ability to solve realistic c...
The simulation of N-body system has been used extensively in biophysics and chemistry to investigate...
This work compares three algorithms for the three dimensional N-body problem, the Barnes-Hut algorit...
This project is a study of advance computer architecture, specifically parallel processing architect...
This thesis encompasses studies on recent advances in the development of parallel algorithmic techni...
We present a performance analysis of different parallelization schemes for direct codes used in the ...
In this paper we show, through a case-study, how the adoption of the MPI model for the distributed p...
This work considers the organization and performance of computations on parallel computers of tree...
We describe the design of several portable and efficient parallel implementations of adaptive N-body...
We present new analysis, algorithmic techniques, and implementations of the Fast Multipole Method (F...
A multi-core processor is a single computing unit with two or more processors (“cores”). These cores...
High performance computing can be associated with a method to improve the performance of an applica...
This special issue reports on the SICSA multicore challenge, which commenced in 2010 and remains an...
The article analyzes the internal memory of the processor, its methods of work, types of data exchan...
The optimization techniques for hierarchical O(N) N-body algorithms described here focus on managing...
Parallel computing promises several orders of magnitude increase in our ability to solve realistic c...
The simulation of N-body system has been used extensively in biophysics and chemistry to investigate...
This work compares three algorithms for the three dimensional N-body problem, the Barnes-Hut algorit...
This project is a study of advance computer architecture, specifically parallel processing architect...
This thesis encompasses studies on recent advances in the development of parallel algorithmic techni...
We present a performance analysis of different parallelization schemes for direct codes used in the ...