Suárez Fajardo, Carlos ArturoCastellanos García, César Alberto2019-03-272019-03-272019-02-15http://hdl.handle.net/11349/14487This research explored an alternative solution to the problem of satellite attitude control using a control method that makes robust the control maneuvers and that can handle system dynamics uncertainties. The novel L1 norm adaptive control method was chosen, and respective techniques were explored implemented and modified to solve the satellite attitude control problem SACPAfter modeling the satellite attitude dynamics as a rigid body system and applying to it the L1 norm control method, simulation software was developed and corresponding results were obtained. As these results were not considered a good tracking of reference command signals, contradicting authors of reference [Cao 2015], a variant within the frame of L1 adaptive method was employed to solve the satellite attitude control problem (SACP). This variant has not been employed in the literature for SACP. Even though reference command tracking was still unsatisfactory. Other similar systems were tested, verifying simulation software and L1 norm adaptive control implementation against reported simulations in the literature [Kharysov, et al, 2010], [Lavretsky et al, 2008], reproducing their results [Castellanos et al, 2017]. Although L1 filters design and specification for unmatched nonlinearities remains and open question, good tracking depends on L1 filtering, and general conclusions for different systems and the type of systems like satellite attitude has been obtained. General modifications to L1 adaptive control algorithm are explored in this thesis in chapter XIX, and corresponding simulation software is developed. A general conclusion balance is expressed in chapter XX.pdfspaAtribución-NoComercial-SinDerivadas 4.0 Internacionalhttp://creativecommons.org/licenses/by-nc-nd/4.0/ControlAdaptativoNormaL1ActitudSatélitesAn attitude control system for cubesat satellites using an adaptive L1 norm control methodDoctorado en Ingeniería - Tesis y disertaciones académicasSatélites artificialesNorma L1Sistema de control de actitudinfo:eu-repo/semantics/restrictedAccessAn attitude control system for cubesat satellites using an adaptive L1 norm control methodL1-normAdaptiveControlAttitudeSatelliteInvestigación-InnovaciónRestringido (Solo Referencia)