This article aims to describe a model to accelerate the execution of a parallel algorithm implemented on a Cell B.E. processor. The algorithm implements a technique of finding a moving target in a maze with dynamic architecture, using another technique of pipelining the data transfers between the PPU and SPU threads. We have shown that by using the pipelining technique, we can achieve an improvement of the computing time (around 40%). It can be also seen that the pipelining technique with one SPU is about as good as the parallel technique with four SPUs
This thesis introduces a parallel computer architecture known as task flow. Simple replicated cells ...
Abstract. Limited bandwidth to off-chip main memory poses a problem in chip multiprocessors for stre...
Multi-core processors are becoming omnipresent in all kinds of computing platforms. Applications dev...
The Cell Broadband Engine processor is a powerful processor capable of over 220 GFLOPS. It is highly...
This paper presents two parallel formulations for the Barnes-Hut algorithm on the Cell architecture,...
The Cell Broadband Engine Architecture is a new heterogeneous multi-core architecture targeted at co...
This paper addresses the problem of orchestrating and scheduling parallelism at multiple levels of ...
This paper addresses the problem of orchestrating and scheduling parallelism at multiple levels of g...
Multiprocessors-on-chip, such as the Cell BE processor, regularly suffer from restricted bandwidth t...
Many parallel algorithms exhibit a hypercube communication topology. Such algorithms can easily be e...
The Cell Broadband Engine (BE) Architecture is a new heterogeneous multi-core architecture targeted ...
The Cell Broadband Engine (BE) Architecture is a new heterogeneous multi-core architecture targeted ...
The routing problem of VLSI layout design is computationally very expensive because of the inherent ...
The Smith Waterman algorithm is used to perform local alignment on biological sequences by calculati...
The Cell/B.E. processor has proved that heterogeneous multi–core systems can provide a huge computat...
This thesis introduces a parallel computer architecture known as task flow. Simple replicated cells ...
Abstract. Limited bandwidth to off-chip main memory poses a problem in chip multiprocessors for stre...
Multi-core processors are becoming omnipresent in all kinds of computing platforms. Applications dev...
The Cell Broadband Engine processor is a powerful processor capable of over 220 GFLOPS. It is highly...
This paper presents two parallel formulations for the Barnes-Hut algorithm on the Cell architecture,...
The Cell Broadband Engine Architecture is a new heterogeneous multi-core architecture targeted at co...
This paper addresses the problem of orchestrating and scheduling parallelism at multiple levels of ...
This paper addresses the problem of orchestrating and scheduling parallelism at multiple levels of g...
Multiprocessors-on-chip, such as the Cell BE processor, regularly suffer from restricted bandwidth t...
Many parallel algorithms exhibit a hypercube communication topology. Such algorithms can easily be e...
The Cell Broadband Engine (BE) Architecture is a new heterogeneous multi-core architecture targeted ...
The Cell Broadband Engine (BE) Architecture is a new heterogeneous multi-core architecture targeted ...
The routing problem of VLSI layout design is computationally very expensive because of the inherent ...
The Smith Waterman algorithm is used to perform local alignment on biological sequences by calculati...
The Cell/B.E. processor has proved that heterogeneous multi–core systems can provide a huge computat...
This thesis introduces a parallel computer architecture known as task flow. Simple replicated cells ...
Abstract. Limited bandwidth to off-chip main memory poses a problem in chip multiprocessors for stre...
Multi-core processors are becoming omnipresent in all kinds of computing platforms. Applications dev...