Add to ORKGPlease refer to pdf.James Watt ScholarshipEngineering and Physical Sciences Research Council (EPSRC) grants EP/N028201/1 and EP/L00058X/
In a scientific community that increasingly relies upon High Performance Computing (HPC) for large s...
Researchers have mentioned that the three most difficult and growing problems in the future of high-...
Scientists use advanced computing techniques to assist in answering the complex questions at the for...
As we approach the era of exa-scale computing, fault tolerance is of growing importance. The increas...
High Performance Computing (HPC) systems represent the peak of modern computational capability. As ...
While High Performance Computing (HPC) systems continue to scale in volume of computing elements and...
Since Graphics Processing Units (CPUs) have increasingly gained popularity amoung non-graphic and co...
Computational power demand for large challenging problems has increasingly driven the physical size ...
GPUs have emerged as a powerful tool for accelerating general-purpose applications. The availability...
Thesis (Ph.D.) - Indiana University, Computer Sciences, 2010Scientists use advanced computing techni...
Abstract—HPC community projects that future extreme scale systems will be much less stable than curr...
By leveraging the enormous amount of computational capabilities, scientists today are being able to ...
The use of FPGAs in computational workloads is becoming increasingly popular due to the flexibility ...
High-Performance Computing (HPC) has passed the Petascale mark and is moving forward to Exascale. As...
High-performance computing (HPC) systems enable scientists to numerically model complex phenomena in...
In a scientific community that increasingly relies upon High Performance Computing (HPC) for large s...
Researchers have mentioned that the three most difficult and growing problems in the future of high-...
Scientists use advanced computing techniques to assist in answering the complex questions at the for...
As we approach the era of exa-scale computing, fault tolerance is of growing importance. The increas...
High Performance Computing (HPC) systems represent the peak of modern computational capability. As ...
While High Performance Computing (HPC) systems continue to scale in volume of computing elements and...
Since Graphics Processing Units (CPUs) have increasingly gained popularity amoung non-graphic and co...
Computational power demand for large challenging problems has increasingly driven the physical size ...
GPUs have emerged as a powerful tool for accelerating general-purpose applications. The availability...
Thesis (Ph.D.) - Indiana University, Computer Sciences, 2010Scientists use advanced computing techni...
Abstract—HPC community projects that future extreme scale systems will be much less stable than curr...
By leveraging the enormous amount of computational capabilities, scientists today are being able to ...
The use of FPGAs in computational workloads is becoming increasingly popular due to the flexibility ...
High-Performance Computing (HPC) has passed the Petascale mark and is moving forward to Exascale. As...
High-performance computing (HPC) systems enable scientists to numerically model complex phenomena in...
In a scientific community that increasingly relies upon High Performance Computing (HPC) for large s...
Researchers have mentioned that the three most difficult and growing problems in the future of high-...
Scientists use advanced computing techniques to assist in answering the complex questions at the for...