Jupyter Notebooks are omnipresent in the modern scientist's and engineer's toolbox just as CUDA C++ is in accelerated computing. We present the first implementation of a CUDA C++ enabled read-eval-print-loop (REPL) that allows to interactively "script" the popular CUDA C++ runtime syntax in Notebooks. With our novel implementation, based on LLVM, Clang and CERN's C++ interpreter Cling, the modern CUDA C++ developer can work as interactively and productively as (I)Python developers while keeping all the benefits of the vast C++ computing and library ecosystem coupled with first-class performance. Knowledge in developing applications with GPU acceleration is recommended for the talk
AbstractGraphics processor units (GPUs) have evolved to handle throughput oriented workloads where a...
The use of modern, high-performance graphical processing units (GPUs) for acceleration of scientific...
In recent years, Graphics Processing Units (GPUs) have emerged as a powerful accelerator for general...
Jupyter Notebooks are omnipresent in the modern scientist's and engineer's toolbox just as CUDA C++ ...
We present the results of a diploma thesis adding CUDA (runtime) C++ support to cling. Today's HPC s...
In the scope of this diploma thesis the Cling JIT compiler, which was developed by a team of the CER...
Performance portability is a major challenge faced today by developers on the heterogeneous high per...
Graphics Processing Units (GPUs) have become a competitive accelerator for non-graphics application...
CUDA programming language perfectly matches the data parallel programming model and it is a very spe...
The proliferation of accelerators, in particular GPUs, over the past decade is im- pacting the way s...
GPU-accelerated computing drives current scientific research. Writing fast numeric algorithms for GP...
Parallel processing using GPUs provides substantial increases in algorithm performance across many d...
have emerged as a powerful accelerator for general-purpose computations. GPUs are attached to every ...
Just five years ago, NVIDIA introduced CUDA, the Compute Unified Device Architecture, which signifi...
This chapter demonstrates how to leverage the Thrust parallel template library to implement high-per...
AbstractGraphics processor units (GPUs) have evolved to handle throughput oriented workloads where a...
The use of modern, high-performance graphical processing units (GPUs) for acceleration of scientific...
In recent years, Graphics Processing Units (GPUs) have emerged as a powerful accelerator for general...
Jupyter Notebooks are omnipresent in the modern scientist's and engineer's toolbox just as CUDA C++ ...
We present the results of a diploma thesis adding CUDA (runtime) C++ support to cling. Today's HPC s...
In the scope of this diploma thesis the Cling JIT compiler, which was developed by a team of the CER...
Performance portability is a major challenge faced today by developers on the heterogeneous high per...
Graphics Processing Units (GPUs) have become a competitive accelerator for non-graphics application...
CUDA programming language perfectly matches the data parallel programming model and it is a very spe...
The proliferation of accelerators, in particular GPUs, over the past decade is im- pacting the way s...
GPU-accelerated computing drives current scientific research. Writing fast numeric algorithms for GP...
Parallel processing using GPUs provides substantial increases in algorithm performance across many d...
have emerged as a powerful accelerator for general-purpose computations. GPUs are attached to every ...
Just five years ago, NVIDIA introduced CUDA, the Compute Unified Device Architecture, which signifi...
This chapter demonstrates how to leverage the Thrust parallel template library to implement high-per...
AbstractGraphics processor units (GPUs) have evolved to handle throughput oriented workloads where a...
The use of modern, high-performance graphical processing units (GPUs) for acceleration of scientific...
In recent years, Graphics Processing Units (GPUs) have emerged as a powerful accelerator for general...