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# adaptive_cooperative_control_MAS_hyperbolic | ||
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Test | ||
This repository implements methods for the simulation and the design of adaptive control algorithms presented in the papers [1,2] for the output regulation of multi-agent systems, in which every agent has hyperbolic distributed-parameter dynamics. | ||
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# Dependencies | ||
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The programms were tested and developed using Matlab R2024b. | ||
The following Matlab toolboxes and external libraries are used. | ||
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### Matlab toolboxes | ||
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Frequently, the following Matlab toobloxes are used: control_toolbox, optimization_toolbox, symbolic_toolbox. | ||
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### External toolboxes (not included) | ||
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* "coni" available at [https://gitlab.com/control-system-tools/coni] (see also [3]) | ||
* "hyperbolic" available at [https://gitlab.com/control-system-tools/hyperbolic] (see also [4]) | ||
* "chebfun" available at [https://github.com/chebfun/chebfun] (see also [5, 6]) | ||
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# Usage | ||
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Include all folders, including the external toolboxes, to your Matlab path. | ||
For an introduction to the frequently employed and very useful quantity.Discrete framework provided by the coni toolbox, see the Example +quantity\example.m of in the coni folder. | ||
Note that the calculation of the backstepping kernel stores all computed kernels in a build-folder in the working directory. | ||
Hence, it is advised to always work in the same root working folder. | ||
The skrpits that were used to generate the examples that appear in my papers and presentations can be found in the directory +publication_examples, other skripts are in +examples. | ||
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# References | ||
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[1] Enderes, T.; J. Deutscher: Cooperative robust output regulation for networks of hyperbolic systems | ||
with unknown signal models. accepted for Int. J. Robust Nonlin. Control (2024). | ||
[2] Enderes, T.; J. Gabriel; J. Deutscher: Cooperative output regulation for networks of hyperbolic | ||
systems using adaptive cooperative observers. Automatica 162, Art. no. 111506 (2024). | ||
[3] F. Fischer, J. Gabriel, S. Kerschbaum (2022). coni - a Matlab toolbox facilitating the solution of control problems (1.2). Zenodo. | ||
[4] Gabriel, J.: hyperbolic – A Matlab Toolbox for the Robust Cooperative Output Regulation of Hyperbolic PIDE–ODE Systems. Zenodo. Version v1.0. 2023. | ||
[5] L. N. Trefethen. Spectral Methods in MATLAB. Philadelphia: SIAM, 2000 | ||
[6] T. A. Driscoll, N. Hale, and L. N. Trefethen, Chebfun Guide, Pafnuty Publications, Oxford, 2014. |