ISBN : 978-3-9810801-4-8International audienceThe following study shows a direct comparison of memory write policies in Shared Memory Multicore Systems. Although there are much work and many studies about this issue, our work takes into account the difficulties related to on chip communication using network-like interconnects. Our study is based on Cycle Approximate Bit Accurate simulations (CABA) of platforms with up to 64 processors, modelling accurately all the aspects of multi-threaded program execution and memory accesses. Our main results show that write-through caches perform well compared to write-back ones, with a slightly simpler implementation and comparable traffic
Across a broad range of applications, multicore technol-ogy is the most important factor that drives...
We propose a novel hardware support for three relaxed memory models, Release Consistency (RC), Parti...
This paper overviews our study on various shared memory consistency models, Sequential Consistency (...
International audienceThe concept of network on chip (NoC) is a recent breakthrough in the system on...
High-performance processors have deployed multilevel cache (MLC) systems for decades. In the embedde...
International audienceHardware Transactional Memory (HTM) is an attractive design concept which simp...
In the multithread and multicore era, programs are forced to share part of the processor structures....
Shared memory provides an attractive and intuitive programming model that makes good use of programm...
The paper introduces Network-on-Chip (NoC) design methodology and low cost mechanisms for supporting...
This paper investigates issues involving writes and caches. First, tradeoffs on writes that miss in ...
Multicore computing have presented many challenges for system designers; one of which is data consis...
Multi-processor systems-on-chip use networks-on-chip (NoC) as a communication backbone to tackle the...
Multi-core architectures are the future for high-performance computing and are omnipresent these day...
We compare the performance of three major programming models— a load-store cache-coherent shared add...
This paper studies realization and performance comparison of the sequential and weak consistency mod...
Across a broad range of applications, multicore technol-ogy is the most important factor that drives...
We propose a novel hardware support for three relaxed memory models, Release Consistency (RC), Parti...
This paper overviews our study on various shared memory consistency models, Sequential Consistency (...
International audienceThe concept of network on chip (NoC) is a recent breakthrough in the system on...
High-performance processors have deployed multilevel cache (MLC) systems for decades. In the embedde...
International audienceHardware Transactional Memory (HTM) is an attractive design concept which simp...
In the multithread and multicore era, programs are forced to share part of the processor structures....
Shared memory provides an attractive and intuitive programming model that makes good use of programm...
The paper introduces Network-on-Chip (NoC) design methodology and low cost mechanisms for supporting...
This paper investigates issues involving writes and caches. First, tradeoffs on writes that miss in ...
Multicore computing have presented many challenges for system designers; one of which is data consis...
Multi-processor systems-on-chip use networks-on-chip (NoC) as a communication backbone to tackle the...
Multi-core architectures are the future for high-performance computing and are omnipresent these day...
We compare the performance of three major programming models— a load-store cache-coherent shared add...
This paper studies realization and performance comparison of the sequential and weak consistency mod...
Across a broad range of applications, multicore technol-ogy is the most important factor that drives...
We propose a novel hardware support for three relaxed memory models, Release Consistency (RC), Parti...
This paper overviews our study on various shared memory consistency models, Sequential Consistency (...