GPU Memory
GPU memory is essential for the understanding why Graphics Processing Units (GPUs) are so successful to tackle big data problems. A more general information about the architecture can be obtained from our article on...
GPU memory is essential for the understanding why Graphics Processing Units (GPUs) are so successful to tackle big data problems. A more general information about the architecture can be obtained from our article on...
GPU computing is very often used in large computer clusters in order to enable scalable and parallel computing of applications. A basic introduction about GPUs can be found in our article GPU. This article...
CUDA stands for Compute Unified Device Architecture and is a massive parallel computing architecture that was invented by NVIDEA. It is used as the computing engine within NVIDEA GPUs and is a unique architecture...
GPU acceleration means that GPUs accelerate computing due to a massive parallelism with thousands of threads compared to only a few threads used by conventional CPUs. A basic introduction about GPUs can be found...
GPU stands for graphics processing unit and is a relatively new mechanism used for parallel approaches in order to analyse big data. This is particular the case for data parallelism and task parallelism. In...