The introduction of multicores has made analysis of shared resources, such as shared caches and shared DRAM bandwidth, an important topic to study. We present two simple, but accurate, cache sharing models that use high-level data that can easily be measured on existing systems. We evaluate our model using a simulated multicore processor with four cores and a shared L2 cache. Our evaluation shows that we can predict average sharing in groups of four benchmarks with an average error smaller than 0.79% for random caches and 1.34% for LRU caches.CoDeR-MPUPMAR
In a multicore system, effective management of shared last level cache (LLC), such as hardware/softw...
With the continuing growth in the amount of genetic data, members of the bioinformatics community ar...
Our thesis is that operating systems should manage the on-chip shared caches of multicore processors...
The context of this work are performance models of software systems, which are used for predicting p...
Abstract — As CMPs are emerging as the dominant architecture for a wide range of platforms (from emb...
In the multithread and multicore era, programs are forced to share part of the processor structures....
Multi-core x86_64 processors introduced an important change in architecture, a shared last level cac...
The performance gap between processors and main memory has been growing over the last decades. Fast ...
Cache partitioning and sharing is critical to the effective utilization of multicore processors. How...
The need to provide performance guarantee in high perfor-mance servers has long been neglected. Prov...
In this thesis we present a comparative analysis of shared cache management techniquesfor chip multi...
Performance is an important aspect of computer systems since it directly affects user experience. On...
An accurate, tractable, analytic cache model for time-shared systems is presented, which estimates t...
Abstract—The ongoing move to chip multiprocessors (CMPs) permits greater sharing of last-level cache...
To increase performance, modern processors employ complex techniques such as out-of-order pipelines ...
In a multicore system, effective management of shared last level cache (LLC), such as hardware/softw...
With the continuing growth in the amount of genetic data, members of the bioinformatics community ar...
Our thesis is that operating systems should manage the on-chip shared caches of multicore processors...
The context of this work are performance models of software systems, which are used for predicting p...
Abstract — As CMPs are emerging as the dominant architecture for a wide range of platforms (from emb...
In the multithread and multicore era, programs are forced to share part of the processor structures....
Multi-core x86_64 processors introduced an important change in architecture, a shared last level cac...
The performance gap between processors and main memory has been growing over the last decades. Fast ...
Cache partitioning and sharing is critical to the effective utilization of multicore processors. How...
The need to provide performance guarantee in high perfor-mance servers has long been neglected. Prov...
In this thesis we present a comparative analysis of shared cache management techniquesfor chip multi...
Performance is an important aspect of computer systems since it directly affects user experience. On...
An accurate, tractable, analytic cache model for time-shared systems is presented, which estimates t...
Abstract—The ongoing move to chip multiprocessors (CMPs) permits greater sharing of last-level cache...
To increase performance, modern processors employ complex techniques such as out-of-order pipelines ...
In a multicore system, effective management of shared last level cache (LLC), such as hardware/softw...
With the continuing growth in the amount of genetic data, members of the bioinformatics community ar...
Our thesis is that operating systems should manage the on-chip shared caches of multicore processors...