Title data
Braun, Philipp ; Grüne, Lars ; Kellett, Christopher M.:
Complete Instability of Differential Inclusions using Lyapunov Methods.
In:
2018 IEEE Conference on Decision and Control (CDC). Tagungsband. 
Miami Beach, Florida
,
2018
.  pp. 718724
ISBN 9781538613955
DOI: https://doi.org/10.1109/CDC.2018.8618663
This is the latest version of this item.
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Project information
Project title: 
Project's official title Project's id Activating LyapunovBased Feedback  Nonsmooth Control Lyapunov Functions DP160102138 

Project financing: 
ARC (Australian Research Council) 
Abstract in another language
Lyapunov functions and control Lyaupunov functions are a well established tool in the analysis of stability properties of dynamical systems as well as in the design of stabilizing feedback controllers. In order to address problems such as stabilization in the presence of unsafe sets of states or obstacle avoidance, one potential approach involves rendering such obstacles unstable by feedback. To this end we introduce (nonsmooth) Chetaev and control Chetaev functions and demonstrate their sufficiency for complete instability properties of dynamical systems. While a “timereversal” approach is frequently used to study instability in reverse time of an asymptotically stable point in forward time, we demonstrate via an example that such an approach cannot be used to generate Chetaev functions from nonsmooth Lyapunov functions via a simple change of sign in the time argument.
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Complete Instability of Differential Inclusions using Lyapunov Methods. (deposited 24 Mar 2018 22:00)
 Complete Instability of Differential Inclusions using Lyapunov Methods. (deposited 20 Feb 2019 08:32) [Currently Displayed]