ROBUST-ADAPTIVE REPETITIVE CONTROL SYSTEM FOR MANIPULATOR WITH INPUT SATURATIONS
The article is devoted to the problem of synthesizing combined algorithms for decentralized nonlinear repetitive system to control a two-link robotic manipulator with con- straints on control actions designed to perform cyclically repetitive operations. The hyperstability criterion, L-dissipativity conditions and high-speed filter-correctors are used as methods for solving the problem. The quality of the proposed control system functioning is illustrated through simulation.
Keywords: nonlinear repetitive control, parametrical uncertainty, mechanical system, hyperstability criterion, L-dissipativity, filter-corrector, implicit reference model, generator for periodic signals
