With the increase of processor-memory performance gap, it has become important to gauge the performance of cache architectures so as to evaluate their impact on energy requirement and throughput of the system. Multilevel caches are found to be increasingly prevalent in the high-end processors. Additionally, the recent drive towards multicore systems has necessitated the use of multilevel cache hierarchies for shared memory architectures. This paper presents simplified and accurate mathematical models to estimate the energy consumption and the impact on throughput for multilevel caches for single core systems
The increasing levels of transistor density have enabled integration of an increasing number of core...
High-performance processors have deployed multilevel cache (MLC) systems for decades. In the embedde...
Copyright © 2011 Abel G. Silva-Filho et al. This is an open access article distributed under the Cre...
Resource optimization in energy constrained real-time adaptive embedded systems highly depends on ac...
Most modern 16-bit and 32-bit embedded processors contain cache memories to further increase instruc...
Embedded processors are often characterized by limited resources and are optimized for specific appl...
In this paper, we propose several different data and instruction cache configurations and analyze th...
Embedded systems are getting popular in today’s world. They are usually small and thus have a limite...
This dissertation presents several models for performance, power, and thermal estimations in high-pe...
To increase performance, modern processors employ complex techniques such as out-of-order pipelines ...
To design computers which reach the performance limits of the implementation technology, one must un...
One of the challenges to achieving good performance on multicore architectures is the effective util...
Cache memory is one of the most important components of a computer system. The cache allows quickly...
Minimizing power, increasing performance, and delivering effective memory bandwidth are today's prim...
With each technology generation we get more transistors per chip. Whilst processor frequencies have ...
The increasing levels of transistor density have enabled integration of an increasing number of core...
High-performance processors have deployed multilevel cache (MLC) systems for decades. In the embedde...
Copyright © 2011 Abel G. Silva-Filho et al. This is an open access article distributed under the Cre...
Resource optimization in energy constrained real-time adaptive embedded systems highly depends on ac...
Most modern 16-bit and 32-bit embedded processors contain cache memories to further increase instruc...
Embedded processors are often characterized by limited resources and are optimized for specific appl...
In this paper, we propose several different data and instruction cache configurations and analyze th...
Embedded systems are getting popular in today’s world. They are usually small and thus have a limite...
This dissertation presents several models for performance, power, and thermal estimations in high-pe...
To increase performance, modern processors employ complex techniques such as out-of-order pipelines ...
To design computers which reach the performance limits of the implementation technology, one must un...
One of the challenges to achieving good performance on multicore architectures is the effective util...
Cache memory is one of the most important components of a computer system. The cache allows quickly...
Minimizing power, increasing performance, and delivering effective memory bandwidth are today's prim...
With each technology generation we get more transistors per chip. Whilst processor frequencies have ...
The increasing levels of transistor density have enabled integration of an increasing number of core...
High-performance processors have deployed multilevel cache (MLC) systems for decades. In the embedde...
Copyright © 2011 Abel G. Silva-Filho et al. This is an open access article distributed under the Cre...