Interval estimation of switched Takagi-Sugeno systems with unmeasurable premise variables

In the same context, an adaptive fuzzy decentralized output-feedback tracking control has been explored in [12] for a class of switched nonlinear large- scale

In (Akhenak, 2004) and (Akhenak et al., 2007) observers with sliding mode developed for the linear systems, were transposed to the systems described by multiple model.. The

It is worth highlighting that the design of two bounds (i.e., the interval) for the solutions in fixed time can be done without requesting an appropriate knowledge of the interval

It is worth noting that the original system may be non-uniformly observable, but if it is possible to extract from (1) a nominal observable system (3), then the proposed approach

This paper is devoted to design of interval observers for Linear Time Varying (LTV) systems and a class of nonlinear time-varying systems in the output canonical form.. An

The original system may be non-uniformly observable, but if it is possible to extract from (1)-(2) a nominal observable system (10), then the proposed approach establishes the

In the literature, the interval observers are applied to estimate the state for several classes of non- linear systems (Raissi et al., 2012; Efimov et al., 2013c), time-delay

An embedded nonlinear observer was developed using the Takagi Sugeno approach and applied to a three tank system with a prior real time HIL validation. As previously