Running on a Tesla C 1060 GPU, the application shows that the parallel computing implementation speeds up the calculation of the MWD model by a factor of 7.3.
Although random numbers are often a very small part of these algorithms inability to generate them fast enough, them can cause a bottleneck in the reconfigurable computing implementation of the simulation.
We present the first high-performance computing implementation of the meso-scale phase field dislocation dynamics (PFDD) model on a graphics processing unit (GPU -based platform.
Even if this is suitable for the on-line use of the proposed method, specific customization of the proposed algorithms (e.g., GPU parallel computing implementation) would be able to further reduce the time of the computations, potentially allowing (close to) real-time 3D IV-OCT visualizations.
The approach warrants further research in the area to provide scalable parallel computing implementation of QAPgrid to deal with distances matrices between hundreds of thousands of objects in, typically, sets of thousands of different clusters.
In a reconfigurable computing implementation, where only the random number generation is accelerated in hardware, like all of the other FPGA-based random number generators, the 624 port implementation is limited by the I/O bandwidth of the FPGA.
Potential building blocks are also addressed for NanoMEMS applications, including, nanoelectromechanical quantum circuits and systems such as charge detectors, the which-path electron interferometer, and the Casimir oscillator, as well as a number of quantum computing implementation paradigms.
This parallel computing implementation of BayesB will be highly needed because the number of markers is expected to increase for most species to 50 – 500 thousand.
Here, we have used a distributed computing implementation to produce tens of thousands of 5 20-ns trajectories (700 µs) to simulate mutants of the designed mini-protein BBA5 20-ns
Nkhoma [50] asserted that it must be considered during any cloud computing implementation.
