Add to ORKGMoore's Law states that processor speeds double every 18 months. Memory density is increasing at a similar rate, but memory speeds increase at the much slower rate of about 7 % per year [1]. This means that the time needed to access memory is an increasing bottleneck. To help overcome this mismatch in speed, computer architecture designers take advantage of the fact that smaller memories placed close to the processor are significantly faster than main memory [2]
Performance tuning becomes harder as computer technology advances. One of the factors is the increas...
As the processor-memory performance gap continues to grow, so does the need for effective tools and ...
We propose in this paper a new approach to study the temporal and spatial locality of codes using a ...
Memory (cache, DRAM, and disk) is in charge of providing data and instructions to a computer\u27s pr...
As the gap between memory and processor speeds continues to widen, cache efficiency is an increasing...
The trend in computer architecture is that processor speeds are increasing rapidly compared to memor...
Nearly all modern computing systems employ caches to hide the memory latency. Modern processors ofte...
that this notice is retained on all copies and that copies are not altered. This paper makes the cas...
The widening gap between processor speed and main memory speed has generated interest in compiletime...
Memory interconnect has become increasingly important for the electronics community since memory acc...
One of the major design decisions when developing a new microprocessor is determining the target pip...
Cache memory is one of the most important components of a computer system. The cache allows quickly...
On-chip cache memories are instrumental in tackling several performance and energy issues facing con...
As processor speeds increase relative to memory speeds, memory bandwidth is rapidly becoming the lim...
During the last two decades, computer hardware has experienced remarkable developments. Especially C...
Performance tuning becomes harder as computer technology advances. One of the factors is the increas...
As the processor-memory performance gap continues to grow, so does the need for effective tools and ...
We propose in this paper a new approach to study the temporal and spatial locality of codes using a ...
Memory (cache, DRAM, and disk) is in charge of providing data and instructions to a computer\u27s pr...
As the gap between memory and processor speeds continues to widen, cache efficiency is an increasing...
The trend in computer architecture is that processor speeds are increasing rapidly compared to memor...
Nearly all modern computing systems employ caches to hide the memory latency. Modern processors ofte...
that this notice is retained on all copies and that copies are not altered. This paper makes the cas...
The widening gap between processor speed and main memory speed has generated interest in compiletime...
Memory interconnect has become increasingly important for the electronics community since memory acc...
One of the major design decisions when developing a new microprocessor is determining the target pip...
Cache memory is one of the most important components of a computer system. The cache allows quickly...
On-chip cache memories are instrumental in tackling several performance and energy issues facing con...
As processor speeds increase relative to memory speeds, memory bandwidth is rapidly becoming the lim...
During the last two decades, computer hardware has experienced remarkable developments. Especially C...
Performance tuning becomes harder as computer technology advances. One of the factors is the increas...
As the processor-memory performance gap continues to grow, so does the need for effective tools and ...
We propose in this paper a new approach to study the temporal and spatial locality of codes using a ...