Abstract. The excellent performance of the contemporary x86 proces-sors is partially due to the complexity of their memory architecture, which therefore plays a role in performance engineering efforts. Unfortu-nately, the detailed parameters of the memory architecture are often not easily available, which makes it difficult to design experiments and eval-uate results when the memory architecture is involved. To remedy this lack of information, we present experiments that investigate detailed pa-rameters of the memory architecture, focusing on such information that is typically not available elsewhere.
Measurements of actual supercomputer cache performance has not been previously undertaken. PFC-Sim i...
AbstractThis paper describes a program profiling and analysis tool called Gleipnir. Gleipnir collect...
The motivation of this research is to study different cache designs for on-chip caches that improve ...
Application performance on modern microprocessors depends heavily on performance related characteris...
Across a broad range of applications, multicore technol-ogy is the most important factor that drives...
This dissertation analyzes x86 processor models in order to better understand the impact that the x8...
Cache is a small, high-speed buffer memory between the CPU and the primary unit is a hardware compon...
Computer memory is organized into a hierarchy. At the highest level are the processor registers, nex...
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. Memory subsystems of contemporary processor architectures are typically equipped with a mu...
International audienceThe introduction of caches inside high performance processors provides technic...
Cache memory is a memory which is used by the central processing unit in a computer to reduce the bu...
The purpose of this study is to explore the relationship between hit ratio of cache memory and desig...
Data or instructions that are regularly used are saved in cache so that it is very easy to retrieve ...
Measurements of actual supercomputer cache performance has not been previously undertaken. PFC-Sim i...
AbstractThis paper describes a program profiling and analysis tool called Gleipnir. Gleipnir collect...
The motivation of this research is to study different cache designs for on-chip caches that improve ...
Application performance on modern microprocessors depends heavily on performance related characteris...
Across a broad range of applications, multicore technol-ogy is the most important factor that drives...
This dissertation analyzes x86 processor models in order to better understand the impact that the x8...
Cache is a small, high-speed buffer memory between the CPU and the primary unit is a hardware compon...
Computer memory is organized into a hierarchy. At the highest level are the processor registers, nex...
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. Memory subsystems of contemporary processor architectures are typically equipped with a mu...
International audienceThe introduction of caches inside high performance processors provides technic...
Cache memory is a memory which is used by the central processing unit in a computer to reduce the bu...
The purpose of this study is to explore the relationship between hit ratio of cache memory and desig...
Data or instructions that are regularly used are saved in cache so that it is very easy to retrieve ...
Measurements of actual supercomputer cache performance has not been previously undertaken. PFC-Sim i...
AbstractThis paper describes a program profiling and analysis tool called Gleipnir. Gleipnir collect...
The motivation of this research is to study different cache designs for on-chip caches that improve ...