This work deals with the design and implementation of feasible quasi-time-optimal control algorithms in the context of drives.
A consistent approach, based on ad hoc simplifications and adaptations of more general optimal control methods, was used to produce torque, speed and position controllers for conventional drives, and a torsional torque controller for a drive with a flexible shaft: a two-mass-system.
These controllers take the form of non-linear state feedback rules, which require no offline computations and, for the most part, no tunning.
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This work deals with the design and implementation of feasible quasi-time-optimal control algorithms in the context of drives.
A consistent approach, based on ad hoc simplifications and adaptations of more general optimal control methods, was used to produce torque, speed and position controllers for conventional drives, and a torsional torque controller for a drive with a flexible shaft: a two-mass-system.
These controllers take the form of non-linear state feedback rules, which require no of...
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