We illustrate the complete analytical solution to an optimal design problem of transistor devices characterized by state and control constraints and nonconvex Hamiltonian. We ascertain its optimality through a field theorem. This shows the usefulness of optimal control in the area of Bandgap Engineering for semiconductors.
An application of optimal control to semiconductor bandgap engineering
GLIELMO L;
1999-01-01
Abstract
We illustrate the complete analytical solution to an optimal design problem of transistor devices characterized by state and control constraints and nonconvex Hamiltonian. We ascertain its optimality through a field theorem. This shows the usefulness of optimal control in the area of Bandgap Engineering for semiconductors.File in questo prodotto:
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