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@decenter2021

DECENTER Project

This project aims to develop novel algorithms for the design of distributed decentralized controllers and observers for large-scale complex systems.

🚀 DECENTER Project

network-4556932

👋 About

Welcome to the DECENTER project's GitHub organization.

This project aims to develop novel algorithms for the design of distributed decentralized controllers and observers for large-scale complex systems. For more details see the official project webpage.


⭐️ Highlights

Decentralized and distributed control and estimation toolbox for MATLAB. [Webpage]

Reproducible Low-cost Flexible Quadruple-Tank Process Experimental Setup for Control Educators, Practitioners, and Researchers.

🚦 SAFFRON

Store-And-Forward model toolbox For urban ROad Network signal control in MATLAB.

Convert osculating orbital elements to/from mean orbital elements using spherical harmonics Earth gravity potential in MATLAB.

Thrust feedback of TUDAT application using MATLAB.

✨ Contribute

We are open to suggestions, requests, and contributions. See Contribute in the README of each repository to more details on how to contribute.


✍🏼 Authors

Leonardo Pedroso1 ORCID iD icon ORCID iD icon
Pedro Batista1 ORCID iD icon

1Institute for Systems and Robotics, Instituto Superior Técnico, Universidade de Lisboa, Portugal


📞 Contact

DECENTER project's GitHub organization is maintained by Leonardo Pedroso (leonardo.pedroso@tecnico.ulisboa.pt).


💥 Acknowledgments

This work was supported by the Fundação para a Ciência e a Tecnologia (FCT) through LARSyS - FCT Project UIDB/50009/2020 and through the FCT project DECENTER [LISBOA-01-0145-FEDER-029605], funded by the Programa Operacional Regional de Lisboa 2020 and PIDDAC programs.

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  1. decenter decenter Public

    Distributed control and estimation toolbox for MATLAB

    MATLAB 4

  2. quadruple-tank-setup quadruple-tank-setup Public

    Reproducible Low-cost Flexible Quadruple-Tank Process Experimental Setup for Control Educators, Practitioners, and Researchers

    MATLAB 5 3

  3. SAFFRON SAFFRON Public

    Store-And-Forward model toolbox For urban ROad Network control

    MATLAB 2 1

  4. osculating2mean osculating2mean Public

    Convert osculating orbital elements to/from mean orbital elements using spherical harmonics Earth gravity potential.

    Fortran 15 2

  5. tudat-matlab-thrust-feedback tudat-matlab-thrust-feedback Public

    MATLAB server and interface that provides thrust feedback for a TUDAT application.

    C++ 3 1

Repositories

Showing 8 of 8 repositories

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