Compositional and Hierarchical Design of Network Control Systems
[Technical Report, Final Report]
REGENTS OF THE UNIVERSITY OF CALIFORNIA
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We also introduced a relaxation of this notion that we called near-equitability, resulting in practical stability of the subspace that describes the desired relation between the full and reduced systems. We guaranteed the aforementioned stability and practical stability properties of the aggregate subspace with Lyapunov functions constructed using incremental dissipativity properties of the components.
- Theoretical Mathematics