The evolution of microprocessor architecture depends upon the changing aspects of technology. As die density and speed increase, memory and program behavior become increasingly important in de ning architecture tradeo s. While technology enables increasingly complex processor implementations, there are physical and program behavior limits to the usefulness of this complexity. Physical limits include device limits as well as practical limits on power and cost. Program behavior limits result from unpredictable events occurring during execution. Architectures and implementations that span these limits are vital to the continued evolution of the microprocessor
Microprocessors are one of the most important technical phenomena of the end of this century. Since ...
Parallel computers provide great amounts of computing power, but they do so at the cost of increased...
This paper explores the limits of microprocessor power savings available via certain classes of arch...
operated at a clock frequency of 108 kHz. Today, 30 years later, the microprocessor contains almost ...
LSI has provided machine designers a medium of unprecedented power and versatility. The potential of...
This chapter presents an overview of the main trends in processor architecture. It starts with an an...
Computer architecture has always been rapidly changing. New architectures are invented, techniques a...
In this paper, an introductory description of modern microprocessors is given. The goal is to cover ...
Microprocessors: Principles and Applications deals with the principles and applications of microproc...
Hardware design for high performance computing appears to be reaching its limits on several fronts. ...
Microprocessor is a very useful tool for our modern communication. In fact the performance of any co...
Increasing levels of VLSI integration present new opportunities, and new challenges, for designers o...
Several trends can be observed in modern microprocessor design. Architectures have become increasin...
This article presents an overview of issues to address before embarking on the production of any pro...
The increasing of the number of transistors on a chip, which plays the main role in improvement in t...
Microprocessors are one of the most important technical phenomena of the end of this century. Since ...
Parallel computers provide great amounts of computing power, but they do so at the cost of increased...
This paper explores the limits of microprocessor power savings available via certain classes of arch...
operated at a clock frequency of 108 kHz. Today, 30 years later, the microprocessor contains almost ...
LSI has provided machine designers a medium of unprecedented power and versatility. The potential of...
This chapter presents an overview of the main trends in processor architecture. It starts with an an...
Computer architecture has always been rapidly changing. New architectures are invented, techniques a...
In this paper, an introductory description of modern microprocessors is given. The goal is to cover ...
Microprocessors: Principles and Applications deals with the principles and applications of microproc...
Hardware design for high performance computing appears to be reaching its limits on several fronts. ...
Microprocessor is a very useful tool for our modern communication. In fact the performance of any co...
Increasing levels of VLSI integration present new opportunities, and new challenges, for designers o...
Several trends can be observed in modern microprocessor design. Architectures have become increasin...
This article presents an overview of issues to address before embarking on the production of any pro...
The increasing of the number of transistors on a chip, which plays the main role in improvement in t...
Microprocessors are one of the most important technical phenomena of the end of this century. Since ...
Parallel computers provide great amounts of computing power, but they do so at the cost of increased...
This paper explores the limits of microprocessor power savings available via certain classes of arch...