Modern computer systems usually have a complex memory system consisting of increasingly larger and slower memory. Traditional computer models like the Random Access Machine (RAM) have no concept of memory hierarchy, making it inappropriate for an accurate complexity analysis of algorithms on these types of architectures
In the realm of sequential computing the random access machine has successufully provided an underly...
Hierarchical memory is a cornerstone of modern hardware design because it provides high memory perfo...
We must consider communication Algorithms have two kinds of costs: computation and communication mov...
A parameterized generic model that captures the features of diverse computer architectures would fac...
The memories of real life computers usually have a hierarchical structure with levels like registers...
In modern computing environments, memory hierarchy expands from CPU registers, high speed caches, an...
Processors have become faster at a much quicker rate than memory access time, creating wide gap betw...
Memory hierarchies have long been studied by many means: system building, trace-driven simulation, ...
In this paper, the authors characterize application performance with a memory-centric view. Using a ...
A processor’s memory hierarchy has a major impact on the performance of running code. As memory hier...
Advances in technology have resulted in a widening of the gap between computing speed and memory acc...
In a recent paper (SPAA'01), we have established that the Pipelined Hierarchical Random Access Machi...
Institute for Computing Systems ArchitectureThe programming of parallel computers is recognised as b...
We introduce a model of parallel computation that retains the ideal properties of the PRAM by using ...
Hierarchical memory architectures for computing systems are based on two fundamental paradigms of co...
In the realm of sequential computing the random access machine has successufully provided an underly...
Hierarchical memory is a cornerstone of modern hardware design because it provides high memory perfo...
We must consider communication Algorithms have two kinds of costs: computation and communication mov...
A parameterized generic model that captures the features of diverse computer architectures would fac...
The memories of real life computers usually have a hierarchical structure with levels like registers...
In modern computing environments, memory hierarchy expands from CPU registers, high speed caches, an...
Processors have become faster at a much quicker rate than memory access time, creating wide gap betw...
Memory hierarchies have long been studied by many means: system building, trace-driven simulation, ...
In this paper, the authors characterize application performance with a memory-centric view. Using a ...
A processor’s memory hierarchy has a major impact on the performance of running code. As memory hier...
Advances in technology have resulted in a widening of the gap between computing speed and memory acc...
In a recent paper (SPAA'01), we have established that the Pipelined Hierarchical Random Access Machi...
Institute for Computing Systems ArchitectureThe programming of parallel computers is recognised as b...
We introduce a model of parallel computation that retains the ideal properties of the PRAM by using ...
Hierarchical memory architectures for computing systems are based on two fundamental paradigms of co...
In the realm of sequential computing the random access machine has successufully provided an underly...
Hierarchical memory is a cornerstone of modern hardware design because it provides high memory perfo...
We must consider communication Algorithms have two kinds of costs: computation and communication mov...