Computer architects have always strived to increase the performance of theircomputer architectures. High performance may come from fast dense circuitry,packaging technology, and parallelism. Single-processor supercomputers haveachieved unheard of speeds and have been pushing hardware technology to the physicallimit of chip manufacturing. However, this trend will soon come to an end,because there are physical and architectural bounds that limit the computationalpower that can be achieved with a single-processor system. In this book we willstudy advanced computer architectures that utilize parallelism via multiple processingunits
Future SOCs will have tens or even hundreds of processing elements. It is not trivial how the co-ope...
As single-core processors are getting faster, the dual problems of heat dissipation and efficient us...
In recent years, several computational resource types have matured to the point that they can materi...
The era of seemingly unlimited growth in processor performance is over: single chip architectures ca...
Parallel computers provide great amounts of computing power, but they do so at the cost of increased...
This project is a study of advance computer architecture, specifically parallel processing architect...
Parallel processing is becoming a dominant way in which very high performance is being achieved in m...
result in future supercomputers with increased performance, programmability, and cost effectiveness....
As times, technology, and science in the area of computer technology are all expanding quickly. The ...
The best enterprises have both a compelling need pulling them forward and an innovative technologica...
Uniting commodity processors by the thousands, emerging parallel architectures promise solutions t...
The evolution of parallel processing over the past several decades can be viewed as the development ...
An updated edition of the classic book on computer architecture by J. L. Hennessy and D. A. Patterso...
The main emphasis of the author's work has been directed towards achieving efficient parallel soluti...
This paper will examine the current and near future trends for commercially available high-performan...
Future SOCs will have tens or even hundreds of processing elements. It is not trivial how the co-ope...
As single-core processors are getting faster, the dual problems of heat dissipation and efficient us...
In recent years, several computational resource types have matured to the point that they can materi...
The era of seemingly unlimited growth in processor performance is over: single chip architectures ca...
Parallel computers provide great amounts of computing power, but they do so at the cost of increased...
This project is a study of advance computer architecture, specifically parallel processing architect...
Parallel processing is becoming a dominant way in which very high performance is being achieved in m...
result in future supercomputers with increased performance, programmability, and cost effectiveness....
As times, technology, and science in the area of computer technology are all expanding quickly. The ...
The best enterprises have both a compelling need pulling them forward and an innovative technologica...
Uniting commodity processors by the thousands, emerging parallel architectures promise solutions t...
The evolution of parallel processing over the past several decades can be viewed as the development ...
An updated edition of the classic book on computer architecture by J. L. Hennessy and D. A. Patterso...
The main emphasis of the author's work has been directed towards achieving efficient parallel soluti...
This paper will examine the current and near future trends for commercially available high-performan...
Future SOCs will have tens or even hundreds of processing elements. It is not trivial how the co-ope...
As single-core processors are getting faster, the dual problems of heat dissipation and efficient us...
In recent years, several computational resource types have matured to the point that they can materi...