Trends in device manufacturing and processor development have made it abundantly clear that heterogeneous many-core processors are going to be the dominant computational platform for execut-ing tomorrow’s applications. Projections are that these platforms will soon contain thousands of cores, many of which will be highly customized to provide as much computational capacity as possible within a fixed power budget. Clearly there are many challenges associated with engineering such complex systems, but software development is the most critical one. Looking at the problem from an economic perspective, peo-ple purchase computers because of the valuable services they pro-vide. Almost universally, these services are developed in software. New serv...
Computer systems have become more heterogeneous due to the breakdown of Dennard Scaling and the rapi...
The computer industry has thrived upon decades of exponential growth in hardware and software capabi...
Contemporary software development is characterised by failures, runaway projects, late delivery, exc...
Much of the software in everyday operation is not making optimal use of the hardware on which it act...
Since 2006, we have been experiencing two very important developments in computing. One is that trem...
With increasing use of computers that employ many independent processing units, commercial and techn...
“The demand for complex hardware/software systems has increased more rapidly than the ability to des...
Why is it that mathematical results are useful for centuries, yet computer programs suffer tumultuou...
Two significant revolutions are underway in computing. (1) On the hardware side, exponentially growi...
scientists developing software for HPC systems face unique software engineering issues. Attempts to ...
Performance increase, in terms of faster execution and energy efficiency, is a never-ending research...
In recent years, several computational resource types have matured to the point that they can materi...
The constant race for faster and more powerful CPUs is drawing to a close. No longer is it feasible ...
In the future, an increasing number of systems will require nonstop computing. A nonstop computing s...
Managing hardware resources is important to write efficient software, which conserves energy, time, ...
Computer systems have become more heterogeneous due to the breakdown of Dennard Scaling and the rapi...
The computer industry has thrived upon decades of exponential growth in hardware and software capabi...
Contemporary software development is characterised by failures, runaway projects, late delivery, exc...
Much of the software in everyday operation is not making optimal use of the hardware on which it act...
Since 2006, we have been experiencing two very important developments in computing. One is that trem...
With increasing use of computers that employ many independent processing units, commercial and techn...
“The demand for complex hardware/software systems has increased more rapidly than the ability to des...
Why is it that mathematical results are useful for centuries, yet computer programs suffer tumultuou...
Two significant revolutions are underway in computing. (1) On the hardware side, exponentially growi...
scientists developing software for HPC systems face unique software engineering issues. Attempts to ...
Performance increase, in terms of faster execution and energy efficiency, is a never-ending research...
In recent years, several computational resource types have matured to the point that they can materi...
The constant race for faster and more powerful CPUs is drawing to a close. No longer is it feasible ...
In the future, an increasing number of systems will require nonstop computing. A nonstop computing s...
Managing hardware resources is important to write efficient software, which conserves energy, time, ...
Computer systems have become more heterogeneous due to the breakdown of Dennard Scaling and the rapi...
The computer industry has thrived upon decades of exponential growth in hardware and software capabi...
Contemporary software development is characterised by failures, runaway projects, late delivery, exc...