Abstract. Memory subsystems of contemporary processor architectures are typically equipped with a multitude of caches, which make the behavior of the memory subsystem difficult to anticipate especially when the subsystem is shared by multiple running applications. The paper presents early experimental results that dispel some preconceived notions about the memory subsystem, with applications in system design and performance engineering.
Collection of computationtal artifacts (source code, scripts, datasets, instructions) for reproducib...
International audienceThe introduction of caches inside high performance processors provides technic...
Abstract. This paper provides a detailed investigation of latency penalties caused by repeated memor...
As CPU cores become both faster and more numerous, the limiting factor for most programs is now, and...
Although caches in computers are invisible to programmers, the significantly affect programs� perfor...
Abstract—Although modeling of memory caches for the purpose of cache design and process scheduling h...
The thesis focuses on the effects of resource sharing on software performance for selected resources...
All methods of multi-processing need some form of processor to processor communication. In shared me...
Resource sharing occurs when multiple active processes or software components compete for system res...
In this paper we identify the factors that affect the derivation of computation and data partitions ...
Multithreaded architectures context switch to another instruction stream to hide the latency of memo...
Abstract. The excellent performance of the contemporary x86 proces-sors is partially due to the comp...
Abstract — In this study, we analyze interference trends when co-running multiple applications posse...
The multicore era has initiated a move to ubiquitous parallelization of software. In the process, co...
This thesis answers the question whether a scheduler needs to take into account where communicating...
Collection of computationtal artifacts (source code, scripts, datasets, instructions) for reproducib...
International audienceThe introduction of caches inside high performance processors provides technic...
Abstract. This paper provides a detailed investigation of latency penalties caused by repeated memor...
As CPU cores become both faster and more numerous, the limiting factor for most programs is now, and...
Although caches in computers are invisible to programmers, the significantly affect programs� perfor...
Abstract—Although modeling of memory caches for the purpose of cache design and process scheduling h...
The thesis focuses on the effects of resource sharing on software performance for selected resources...
All methods of multi-processing need some form of processor to processor communication. In shared me...
Resource sharing occurs when multiple active processes or software components compete for system res...
In this paper we identify the factors that affect the derivation of computation and data partitions ...
Multithreaded architectures context switch to another instruction stream to hide the latency of memo...
Abstract. The excellent performance of the contemporary x86 proces-sors is partially due to the comp...
Abstract — In this study, we analyze interference trends when co-running multiple applications posse...
The multicore era has initiated a move to ubiquitous parallelization of software. In the process, co...
This thesis answers the question whether a scheduler needs to take into account where communicating...
Collection of computationtal artifacts (source code, scripts, datasets, instructions) for reproducib...
International audienceThe introduction of caches inside high performance processors provides technic...
Abstract. This paper provides a detailed investigation of latency penalties caused by repeated memor...