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abm agent-based modeling cloud hpc complex space concept representation cuda digital libraries distributed computing gpu computing high-performance computing high-performance machine learning high-performance simulation hilbert space information retrieval language technology machine learning mapreduce optimal foraging theory parallel computing quantum interaction quantum probability theory quantum-inspired method random indexing self-organizing maps semantic spaces support vector machines more…
abm active learning agent-based modeling archaeological simulation bloch sphere canonical formula cloud computing cloud hpc cognitive science collaborative filtering complex space computational folklore concept representation contextual probability cublas cuda decision making digital libraries distributed computing dynamic quantum clustering dynamics in language folklore genetic model gpu computing graviational metaphor ground-state energy hadoop high-performance computing high-performance machine learning high-performance simulation hilbert space information retrieval language change language technology latent semantic analysis machine learning mapreduce motifs mutually unbiased basis mythology narrative generation optimal foraging theory parallel computing pattern recognition pauli matrix physical metaphor polynomial optimization problems of noncommuting v pypy python quantum computing quantum correlations quantum interaction quantum learning of unitary transformations quantum method quantum probability theory quantum process tomography quantum-inspired method quantum-inspired methods quaternion random indexing recommendation system regression analysis sdp relaxations self-organizing maps semantic modeling semantic spaces simd singular value decomposition som sparse matrix factorization support vector machines symbolicc++ sympy text mining thrust transductive learning two-way seriation vector space models of meaning xeproc xerox xml processing …less