Extends Scaled Relative Graphs to non-square MIMO nonlinear systems via operator embedding, providing stability theorems, well-posedness guarantees, and SRG computation formulas for LTI and static nonlinear operators.
Reset Controller Analysis and Design for Unstable Linear Plants using Scaled Relative Graphs
2 Pith papers cite this work. Polarity classification is still indexing.
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Derives techniques to over-bound scaled graphs of reset systems using piecewise quadratic storage functions and identifies a fundamental limitation of quadratic dissipativity-based approximations via sampling.
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Analysis of Non-Square Nonlinear MIMO Systems using Scaled Relative Graphs
Extends Scaled Relative Graphs to non-square MIMO nonlinear systems via operator embedding, providing stability theorems, well-posedness guarantees, and SRG computation formulas for LTI and static nonlinear operators.
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Scaled Graph Bounding Techniques for Reset Systems
Derives techniques to over-bound scaled graphs of reset systems using piecewise quadratic storage functions and identifies a fundamental limitation of quadratic dissipativity-based approximations via sampling.