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Nuclear Reactor Systems and their Associated Variational
Optimal Solution for a Class of Assignment and Transportation
Penalty Functions and Nonconvex Continuous Optimal Control
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adjoint admissible algorithm allocation applied approximation assignment assume assumption C(PR chromosomes coefficients conjugate gradient method consider constraints convergence convex convex function convex set corresponding cost function decision defined definition denote determined differential equations dimensional discontinuous Dynamic Programming e-problem elements estimate example exists feasible finite number formulate given gradient method graph theory Hence Hilbert space Huffman Coding initial input iteration labels linear program mapping mathematical matrix maximum minimization minimum neutron Newton-Raphson method Newton's method nodes obtained optimal control problem optimal path optimization problem paper parameters penalty functions picture procedure proof properties pseudo-manifold quadratic quadratic assignment problem reactor satisfy sequence shown simplex solution solving space Sperner's Lemma step subdivision subproblem subset synthesis Table technique terminal Theorem theory tion trajectory trial functions variable vector vertex vertices zero