It is shown how this problem can be formulated as a dynamic optimization (optimal control) problem where the performance index is usually a scalar function of the Fisher informatioin matrix.
In the outer loop of the multi-layer optimization, the nonlinear optimal control problem, taken as a dynamic optimization, is solved to obtain the optimal transfer paths of all spacecraft in the formation.
In addition, incremental learning is shown to constitute a dynamic optimization problem where the optimal hyperparameter values change in time.
This study presents a dynamic optimization model for the optimal planning of a distributed biorefinery system taking into account the time dependence of the involved variables and parameters.
Some similarities between the optimized shape, resulting from a "dynamic" optimization, with shapes obtained by prior investigations dealing with only static deflections, can be noted.
To the best of our knowledge such a dynamic optimization formalism, founded on both thermodynamics and optimal control principles that recognize the physics of folding through dynamic contact maps, is first of its kind.
A two-tiered approach is proposed, where an economics-based optimization problem is first solved to determine the optimal steady-state operating point, after which a dynamic optimization problem is solved to minimize a measure of the transition time to the new operating point.
Within the framework of elementary process functions (Freund and Sundmacher, 2008) an approach is developed to derive reactor-network candidates from the solution of a dynamic optimization of a batch process scheme by analyzing its optimal mass and energy control fluxes.
The automated design of an optimal process operation can thus be formulated as a dynamic optimization problem with a hybrid system embedded.
The optimal control problem was implemented via an interface to a dynamic optimization code.
In this work, the optimal formulation of an initiator mixture is studied as a dynamic optimization problem, which makes use of a representative mathematical model for the batch suspension vinyl chloride polymerization process.
