Properties of convergence of a class of iterative processes generated by sequences of self-mappings with applications to switched dynamic systems
De la Sen Parte, Manuel
Ibeas Hernández, Asier
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Journal of Inequalities and Applications 15 : (2014) // ID Article 498
This article investigates the convergence properties of iterative processes involving sequences of self-mappings of metric or Banach spaces. Such sequences are built from a set of primary self-mappings which are either expansive or non-expansive self-mappings and some of the non-expansive ones can be contractive including the case of strict contractions. The sequences are built subject to switching laws which select each active self-mapping on a certain activation interval in such a way that essential properties of boundedness and convergence of distances and iterated sequences are guaranteed. Applications to the important problem of stability of dynamic switched systems are also given.