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Dynamic Programming Approach for Solving Discrete Optimal Control Problem and its Multicriterion Version.
Authors: Drucioc Dorian, Lozovanu Dmitrii, M. Popovici
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Abstract
Time discrete systems determined by systems of difference equations are considered. The characterizations of their optimal trajectories with given starting and final states is studied. An algorithm based on dynamic programming technique for determining such trajectories is proposed. In additional multicriterion version for considered control model is formulated and a general algorithm for determining Pareto solution is proposed.E-mail:
Fulltext
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Contents
- Properties of one-sided ideals of topological rings.
- The Multidimensional Directed Euler Tour of Cubic Manifold.
- A test for completeness with respect to implicit reducibility in the chain super-intutionistic logics.
- Dynamic Programming Approach for Solving Discrete Optimal Control Problem and its Multicriterion Version.
- Measure of stability and quasistability to a vector integer programming problem in the l1 l metric.
- On determining the minimum cost flows in dynamic networks.
- Functional bases of centro-affine invariants for the three-dimensional quadratic differential systems.
- Limits of solutions to the semilinear wave equation with small parameter.
- Unsteady flow of an Oldroyd-B fluid induced \\ by a constantly accelerating plate.
- About commutative Moufang loops of finite special rank.
- An application of Briot-Bouquet differential subordinations.
- Junior spatial groups of (22 )-symmetry.
