JOURNAL

Layanan journal yang disediakan oleh Perpustakaan Universitas Gunadarma

MIMO Frequency Sampling Filters for Modelling of MIMO System Applications

Judul Artikel:MIMO Frequency Sampling Filters for Modelling of MIMO System Applications
Judul Terbitan:JOURNAL OF ENGINEERING AND TECHNOLOGICAL SCIENCES
ISSN:2337-5779
Bahasa:IND
Tempat Terbit:BANDUNG
Tahun:0000
Volume:Vol. 43 Issue 1 0000
Penerbit:INSTITUT TEKHNOLOGI BANDUNG
Frekuensi Penerbitan:1 x 1 tahun
Penulis:Muhammad Hilmi R.A. Aziz1, Rosmiwati Mohd-Mokhtar
Abstraksi:In the modelling of a system based on a system identification approach, data acquisition is the first procedure that must be carried out. The data acquisition process from a real system typically yields large amounts of data. This may lead to unacceptable computational time during the identification process. Raw data may also suffer severe noise disturbance, especially in the high frequency region. In addition, bias estimation will occur if one only considers direct identification from a closed-loop system. To overcome this problem, in this paper a multivariable frequency sampling filter approach is introduced. Multi-input-multi-output (MlMO) raw data are analyzed in order to obtain only relevant and meaningful parameters that describe the empirical model of the analyzed data. By performing this procedure, compressed, cleaned and unbiased data are produced. The efficacy of the MlMO frequency sampling filters was demonstrated by compressing two sets of data: pH neutralization process data and steam generator plant data. The results show that the amount of raw data was successfully compressed and that the output was ready for identification purposes with less computational time, i.e. they could be further used to develop a model of the system, to conduct time and frequency response analysis, and also for developing a new control system design
Kata Kunci:Data compression; frequency sampling filters; multivariable process; non- parametric model; system identification
Lokasi:P73
Terakreditasi:belum