<> "The repository administrator has not yet configured an RDF license."^^ . <> . . . "LPV system identification under noise corrupted scheduling and\r\noutput signal observations"^^ . "Most of the approaches available in the literature for the identification of Linear Parameter-Varying (LPV) systems rely on the assumption that only the measurements of the output signal are corrupted by the noise, while the observations of the scheduling variable are considered to be noise free. However, in practice, this turns out to be an unrealistic assumption in most of the cases, as the scheduling variable is often related to a measured signal and, thus, it is inherently affected by a measurement noise. In this paper, it is shown that neglecting the noise on the scheduling signal, which corresponds to an error-invariables\r\nproblem, can lead to a significant bias on the estimated parameters. Consequently, in order to overcome this corruptive phenomenon affecting practical use of data-driven LPV modeling, we present an identification scheme to compute a consistent estimate of LPV Input/Output (IO) models from noisy output and scheduling signal observations. A simulation example is provided to prove the effectiveness\r\nof the proposed methodology."^^ . "2015-03" . "53" . . "Elsevier "^^ . . . "Automatica"^^ . . . "00051098" . . . . . . . . . . . . . . . . "Dario"^^ . "Piga"^^ . "Dario Piga"^^ . . "Vincent"^^ . "Laurain"^^ . "Vincent Laurain"^^ . . "Pepijn"^^ . "Cox"^^ . "Pepijn Cox"^^ . . "Roland"^^ . "Tóth"^^ . "Roland Tóth"^^ . . . . . "HTML Summary of #2571 \n\nLPV system identification under noise corrupted scheduling and \noutput signal observations\n\n" . "text/html" . . . "T Technology (General)"@en . .