Add to ORKGThe imbalance between processor speed and memory access time is one characteristic issue of modern high-speed computers sometimes leading to a bottleneck for algorithms with a great amount of memory traffic. Different architectural concepts are provided to diminish this effect. One attempt to reach this goal is the implementation of a hierarchical memory structure. On IBM computers, this hierarchy includes CPU, cache (high-speed buffer), main memory, and paging devices (e.g. expanded storage and disks).A model focusing on the memory architecture of the IBM 3090 family is developed and the behavior of sequential algorithms with respect to cache and translation lookaside buffer (TLB) is considered. For a given sequence of memory references th...
In recent innovation particularly in the modern fields, the PCs are taken advantage of as controllin...
A new performance model of the memory hierarchy is first introduced, which describes all possible sc...
Scientific programs are typically characterized as floating-point intensive loop-dominated tasks wit...
In this paper we present a method for determining the cache performance of the loop nests in a progr...
166 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1992.High speed computer systems p...
Hierarchical memory is a cornerstone of modern hardware design because it provides high memory perfo...
In this paper, the authors characterize application performance with a memory-centric view. Using a ...
Processors have become faster at a much quicker rate than memory access time, creating wide gap betw...
In modern computing environments, memory hierarchy expands from CPU registers, high speed caches, an...
Application performance on modern microprocessors depends heavily on performance related characteris...
The internal representation of numerical data, their speed of manipulation to generate the desired r...
The research that we have performed in collaboration with IBM uses sampled event traces, which were ...
During the last two decades, computer hardware has experienced remarkable developments. Especially C...
We have developed a hierarchical performance bounding methodology that attempts to explain the perfo...
Advances in technology have resulted in a widening of the gap between computing speed and memory acc...
In recent innovation particularly in the modern fields, the PCs are taken advantage of as controllin...
A new performance model of the memory hierarchy is first introduced, which describes all possible sc...
Scientific programs are typically characterized as floating-point intensive loop-dominated tasks wit...
In this paper we present a method for determining the cache performance of the loop nests in a progr...
166 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1992.High speed computer systems p...
Hierarchical memory is a cornerstone of modern hardware design because it provides high memory perfo...
In this paper, the authors characterize application performance with a memory-centric view. Using a ...
Processors have become faster at a much quicker rate than memory access time, creating wide gap betw...
In modern computing environments, memory hierarchy expands from CPU registers, high speed caches, an...
Application performance on modern microprocessors depends heavily on performance related characteris...
The internal representation of numerical data, their speed of manipulation to generate the desired r...
The research that we have performed in collaboration with IBM uses sampled event traces, which were ...
During the last two decades, computer hardware has experienced remarkable developments. Especially C...
We have developed a hierarchical performance bounding methodology that attempts to explain the perfo...
Advances in technology have resulted in a widening of the gap between computing speed and memory acc...
In recent innovation particularly in the modern fields, the PCs are taken advantage of as controllin...
A new performance model of the memory hierarchy is first introduced, which describes all possible sc...
Scientific programs are typically characterized as floating-point intensive loop-dominated tasks wit...