A general framework for linear periodic systems with applications to H/sup infinity / sampled-data control

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“…There are many results in this direction. [1][2]12 An alternative approach is discretizing the system first and then using H ∞ control designed for discrete-time systems. This might be a simpler approach.…”

Optimal sampling and interpolation

“…System theoretic method such as sample data system theory enables us to analyze the signal processing setup shown Figure 1.2 containing samplers, holds and signal models in a common framework. This approach also helps us in the analysis and design in a unified manner for both stochastic and deterministic signals [3,2]. Another advantage of using sampleddata system theory in the design process is that we can calculate the reconstruction error without any practical implementation.…”

“…Norms defined in this section are very standard and discussed in great detail in [30,3,2,12]. In this sectionS means either L 2 [0, h) or C n norm.…”

“…Further details on the topics discussed in this chapter can be found in [66,57,3,2] and the references therein.…”

“…In this section, we review signal and system norms in various spaces. For detailed discussion on this topic see [31,57,3,2] and the references therein. …”