Synchronization in Networks of Identical Linear Systems

Jiang, Output feedback stabilization and approximate and restricted tracking for a class of cascaded systems IEEE Transactions on Automatic Control, 50, pp.. Huang Global

Recently, the problem of practical tracking has been solved in [8] for a class of systems not globally Lipschitz in the unmeasured state components, under the assumption the

For an alphabet of size at least 3, the average time complexity, for the uniform distribution over the sets X of Set n,m , of the construction of the accessible and

This section provides a set of numerical examples in which particular scenarios are highlighted to show that channel- output feedback can be strongly beneficial for enlarging

For the linear fractional systems of commensurate order, the state space representation is defined as for regular integer state space representation with the state vector

In this context, the fundamental functions are defined as the functions which will be used in the solution of the state-space linear fractional order systems

Then, the quality-fair delivery of media contents is dealt with as an application of the presented equivalent conditions, which lead to a control design paradigm consisting in

Inspired by these results and their applicability to the nonlinear framework, in this paper we investigate the use of saturations in networks with the aim of reducing the effect