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Optimizing Dynamic Resource Allocation
2014
Procedia Computer Science
We present a formulation, solution method, and program acceleration techniques for two dynamic control scenarios, both with the common goal of optimizing resource allocations. These approaches allocate resources in a non-myopic way, accounting for long-term impacts of current control decisions via nominal belief-state optimization (NBO). In both scenarios, the solution techniques are parallelized for reduced execution time. A novel aspect is included in the second scenario: dynamically
doi:10.1016/j.procs.2014.05.115
fatcat:xe42jy2q4jg5raeokutw75jhuq