Abstract The software crisis within scientific computing has beenthat application codes become larger and more complex. The only conceivable solution is to make application codessmaller and less complex. We know of no way to resolve this crisis, except to make each line of code mean more; this isthe process of defining high-level abstractions. Achieving high-performance from high-level abstractions representsan essential key to simplifying scientific software
One of the major current challenges in computer science is providing program-ming models and abstrac...
Abstract-Many advances in science now require sophisticated scientific software applications that fa...
UnrestrictedScientists today increasingly rely on computers to perform simulations of the physical w...
The software crisis within scientific computing has been that application codes become larger and mo...
This paper describes a development environment for parallel scientific code. The environment uses P...
In order to harness the power of multicore CPUs and GPUs, HPC (High Performance Computing) programme...
In order to harness the power of multicore CPUs and GPUs, HPC (High Performance Com-puting) programm...
AbstractNumerical software development tends to struggle with an increasing complexity. This is, on ...
International audienceThe development of scientific software relies on the collaboration of various ...
As heterogeneous parallel systems become dominant, application developers are being forced to turn t...
We are developing new software component technology for high-performance parallel scientific computi...
Abstract We are developing scientific software component technology to manage the complexity of mode...
The major issues of modern software are its size and complexity, and its major problems involve find...
Many advances in science now require sophisticated scientific software applications that facilitate ...
It is today's general wisdom that the productive use of parallel architectures depends cruciall...
One of the major current challenges in computer science is providing program-ming models and abstrac...
Abstract-Many advances in science now require sophisticated scientific software applications that fa...
UnrestrictedScientists today increasingly rely on computers to perform simulations of the physical w...
The software crisis within scientific computing has been that application codes become larger and mo...
This paper describes a development environment for parallel scientific code. The environment uses P...
In order to harness the power of multicore CPUs and GPUs, HPC (High Performance Computing) programme...
In order to harness the power of multicore CPUs and GPUs, HPC (High Performance Com-puting) programm...
AbstractNumerical software development tends to struggle with an increasing complexity. This is, on ...
International audienceThe development of scientific software relies on the collaboration of various ...
As heterogeneous parallel systems become dominant, application developers are being forced to turn t...
We are developing new software component technology for high-performance parallel scientific computi...
Abstract We are developing scientific software component technology to manage the complexity of mode...
The major issues of modern software are its size and complexity, and its major problems involve find...
Many advances in science now require sophisticated scientific software applications that facilitate ...
It is today's general wisdom that the productive use of parallel architectures depends cruciall...
One of the major current challenges in computer science is providing program-ming models and abstrac...
Abstract-Many advances in science now require sophisticated scientific software applications that fa...
UnrestrictedScientists today increasingly rely on computers to perform simulations of the physical w...