Add to ORKGAs the number of transistors on a chip continues increasing the power consumption has become the most important constraint in processors design. Therefore, to increase performance, computer architects have decided to use multiprocessors. Moreover, recent studies have shown that heterogeneous chip multiprocessors have greater potential than homogeneous ones. We have built a modular simulator for heterogeneous multiprocessors that can be configure to model IBM's Cell Processor. The simulator has been validated against the real machine to be used as a research tool.Peer Reviewe
International audienceThis paper demonstrates the combined use of three simulation tools in support ...
The complexity of High Performance Computing (HPC) systems is increasing in the number of components...
According to Moore’s law the number of transistors on a single chip doubles every 18 months. To resp...
As the number of transistors on a chip continues increasing the power consumption has become the mos...
As the number of transistors on a chip con-tinues increasing the power consumption has become the mo...
CellSim is a modular simulator for heterogeneous multiprocessors based on the UNISIM in-frastructure...
An interesting design alternative to replication-based chip multiprocessors is to create heterogeneo...
An interesting design alternative to replication-based chip multiprocessors is to create heteroge-ne...
In order to evaluate novel ideas, computer architects require simulation tools which model a target ...
Heterogeneous multiprocessing is the future of chip design with the potential for tens to hundreds o...
The recent years have witnessed a variety of new embedded applications. Typical examples include mob...
At Microarchitectural level, multi-core processor, as a complex System on Chip, has sophisticated on...
There is a clear industrial trend towards chip multiprocessors (CMP) as the most power efficient wa...
Mainstream processor development is mostly targeted at compatibility and continuity. Thus, the proce...
Computer System Architecture (CSA) simulators are generally used to develop and validate new CSA des...
International audienceThis paper demonstrates the combined use of three simulation tools in support ...
The complexity of High Performance Computing (HPC) systems is increasing in the number of components...
According to Moore’s law the number of transistors on a single chip doubles every 18 months. To resp...
As the number of transistors on a chip continues increasing the power consumption has become the mos...
As the number of transistors on a chip con-tinues increasing the power consumption has become the mo...
CellSim is a modular simulator for heterogeneous multiprocessors based on the UNISIM in-frastructure...
An interesting design alternative to replication-based chip multiprocessors is to create heterogeneo...
An interesting design alternative to replication-based chip multiprocessors is to create heteroge-ne...
In order to evaluate novel ideas, computer architects require simulation tools which model a target ...
Heterogeneous multiprocessing is the future of chip design with the potential for tens to hundreds o...
The recent years have witnessed a variety of new embedded applications. Typical examples include mob...
At Microarchitectural level, multi-core processor, as a complex System on Chip, has sophisticated on...
There is a clear industrial trend towards chip multiprocessors (CMP) as the most power efficient wa...
Mainstream processor development is mostly targeted at compatibility and continuity. Thus, the proce...
Computer System Architecture (CSA) simulators are generally used to develop and validate new CSA des...
International audienceThis paper demonstrates the combined use of three simulation tools in support ...
The complexity of High Performance Computing (HPC) systems is increasing in the number of components...
According to Moore’s law the number of transistors on a single chip doubles every 18 months. To resp...