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The goal for HPX is to create a high quality, freely available, open source implementation of the ParalleX model for conventional systems, such as classic Linux based Beowulf clusters or multi-socket highly parallel SMP nodes. At the same time, we want to have a very modular and well designed ... [More]
A portable adaptive runtime system for parallel applications. Application developers create an object-based decomposition of the problem of interest, and the runtime system manages issues of communication, mapping, load balancing, fault tolerance, and more. Sequential code implementing the ... [More]
Matrix Multiplication. FPUNA @ 2008Matrix Multiplication algorithms performance comparison. We compare diferent versions of algorithm including: - Sequential simple. - 1D y 2D parallel algorithm implemented with pthreads. - ... The implementations are all made on C/C++, and correspond to a ... [More]
Octopus is a parallel, distributed 3D framework for crafting scientific simulations that use adaptive mesh refinment (AMR) methods. The primary application focus is Eulerian astrophysics codes. Octopus uses the HPX C++11 runtime system and an octree-based AMR algorithm. The code is based off of work ... [More]
ECF is a C++ framework intended for application of any type of evolutionary computation. Current features include: * parameterless: genotype (individual structure) is the only mandatory parameter * genetic algorithm genotypes (bitstring, binary encoded real values, floating point vectors ... [More]
min-max-modular-svm is a powerful parallel SVM on parallel systems, such as super computer and clusters. It is designed to solve very large scale learning problems that could not be easily solved by traditional classifiers. More over, new version of min-max-modular svm can achieve high efficiency in ... [More]