In last 50 years, the field of scientific computing has seen a rapid change of vendors, architectures, technologies and the usage of systems. Despite all these changes the evolution of performance on a large scale however seems to be a very steady and continuous process. Moore's Law is often cited in this context. If the authors plot the peak performance of various computers of the last 5 decades in Figure 1 that could have been called the supercomputers of their time they indeed see how well this law holds for almost the complete lifespan of modern computing. On average they see an increase in performance of two magnitudes of order every decade
For more than two decades, the TOP500 list has enjoyed incredible success as a metric for supercompu...
We model Moore’s law as efficiency of computer producers that rises as a byproduct of their experien...
The Top 500 web page tracks the evolution of supercomputing worldwide. It has a database of the 500 ...
new computer chip contained roughly twice the capacity of its predecessor. Computing power seemed to...
Moore’s law originally was the observation that the number of transistors on integrated circuits dou...
In this survey, an analysis on the future of high performance computing is given. The vision is base...
Now in its 10th year, the twice-yearly TOP500 list of supercomputers serves as a "Who's Who" in the ...
Moore's Law is a techno-economic model that has enabled the information technology industry to doubl...
In 1965 Gordon Moore – co-founder of the microchip manufacturer Intel – first made the prediction th...
The approaching end of traditional CMOS technology scaling that up until now followed Moore's law is...
Intel co-founder Gordon E. Moore observed in 1965 that transistor density, the number of transistors...
Abstract-As the increasing reliance on information technology and computer power, to make informatio...
Moore's Law has been an important benchmark for developments in microelectronics and information pro...
Moore's Law has created a popular perception of exponential progress in information technology. But ...
For more than two decades, the TOP500 list has enjoyed incredible success as a metric for supercompu...
For more than two decades, the TOP500 list has enjoyed incredible success as a metric for supercompu...
We model Moore’s law as efficiency of computer producers that rises as a byproduct of their experien...
The Top 500 web page tracks the evolution of supercomputing worldwide. It has a database of the 500 ...
new computer chip contained roughly twice the capacity of its predecessor. Computing power seemed to...
Moore’s law originally was the observation that the number of transistors on integrated circuits dou...
In this survey, an analysis on the future of high performance computing is given. The vision is base...
Now in its 10th year, the twice-yearly TOP500 list of supercomputers serves as a "Who's Who" in the ...
Moore's Law is a techno-economic model that has enabled the information technology industry to doubl...
In 1965 Gordon Moore – co-founder of the microchip manufacturer Intel – first made the prediction th...
The approaching end of traditional CMOS technology scaling that up until now followed Moore's law is...
Intel co-founder Gordon E. Moore observed in 1965 that transistor density, the number of transistors...
Abstract-As the increasing reliance on information technology and computer power, to make informatio...
Moore's Law has been an important benchmark for developments in microelectronics and information pro...
Moore's Law has created a popular perception of exponential progress in information technology. But ...
For more than two decades, the TOP500 list has enjoyed incredible success as a metric for supercompu...
For more than two decades, the TOP500 list has enjoyed incredible success as a metric for supercompu...
We model Moore’s law as efficiency of computer producers that rises as a byproduct of their experien...
The Top 500 web page tracks the evolution of supercomputing worldwide. It has a database of the 500 ...