Implementation of IEEE PacificVis 2020 paper titled "BatchLayout: A batch-parallel force-directed graph layout algorithm in shared memory"
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Sep 27, 2020 - Jupyter Notebook
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parallel-implementationsHere are 10 public repositories matching this topic...Implementation of IEEE PacificVis 2020 paper titled "BatchLayout: A batch-parallel force-directed graph layout algorithm in shared memory"
visualization graph graph-visualization force-directed-graph parallel-implementations scalable-layout-design scalable-graph-visualization
Implentation of Back Substitution, Conjugate Gradient and Gauss Seidel using OpenMP parallelization
linear-algebra openmp parallel-computing linear-equations conjugate-gradient gauss-seidel parallel-programming openmp-parallelization parallel-implementations system-of-equations linear-equation-solver back-substitution
Sequential, multithreaded and parallel implementation of kNN classifier with the use of modern C++ and OpenMP/OpenMPI (CPU) and CUDA (GPU).
Sequential, multithreaded and parallel implementation of Monte Carlo method with the use of modern C++ and OpenMP/OpenMPI (CPU) and CUDA (GPU).
Parallel MPI implementation of Bruteforce and Divide et Impera approaches to solve the Closest Pair of Points problem leveraging the HPC infrastructure provided by the University of Trento
hpc cluster mpi parallel-computing bruteforce hpc-clusters mpich divide-and-conquer parallel-programming parallel-implementations closest-pair-of-points divide-et-impera
Parallel Implementation of RL Algorithms
Project for Parallel Computing course. Sequential and parallel implementations of K-Means algorithm in C++ with OpenMP and CUDA.
parallel-computing kmeans parallel-programming kmeans-algorithm parallel-kmeans parallel-implementations
Sequential, multithreaded and parallel implementation of digital image transformation with the use of modern C++ and OpenMP/OpenMPI (CPU) and CUDA (GPU).
Project for Parallel Computing course. Sequential and parallel implementations of Bigrams search algorithm in Java.
Calculates a definite integral by using three different rules. Compares sequential to parallel implementations.
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