Division controllers for homogeneous dyadic bilinear systems
Journal
IEEE Transactions on Automatic Control
Journal Volume
48
Journal Issue
4
Pages
701-705
Date Issued
2003
Author(s)
Abstract
When a homogeneous bilinear system is dyadic, it permits the use of the so-called division controller for global stabilization. However, due to singularities in the control law, a dead-zone must be cascaded with the division controller in practical implementation. The contribution of this note is to show that the division controller, when cascaded with a dead-zone, can asymptotically drive the bilinear system state into a bounded set around the origin with the size of the bounded set proportional to the size of dead-zone. This note further proposes a C/sup 0/ modification and a C/sup /spl infin// modification of the conventional discontinuous dead-zone so that the control signals from the modified division controllers are continuous and smooth, respectively.
SDGs
Type
journal article