Real-time control of rotational servo system using Matlab Simulink and WinCon / Zakinah Yaakob

The objective of this project is to show that it is possible to use currently available commercial software, to model and simulate a Simulink Controller for a rotational servo system and running it in real-time. The software that involved in this project are Matlab Simulink, WinCon, Watcom C++ and M...

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Main Author: Yaakob, Zakinah
Format: Thesis
Language:English
Published: 1998
Online Access:https://ir.uitm.edu.my/id/eprint/103106/1/103106.pdf
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spelling my-uitm-ir.1031062024-09-30T06:58:11Z Real-time control of rotational servo system using Matlab Simulink and WinCon / Zakinah Yaakob 1998 Yaakob, Zakinah The objective of this project is to show that it is possible to use currently available commercial software, to model and simulate a Simulink Controller for a rotational servo system and running it in real-time. The software that involved in this project are Matlab Simulink, WinCon, Watcom C++ and Matlab Real-time Workshop. A model of a controller network is designed using state feedback controller and is compiled using Watcom C++ compiler. This compiler generates the real-time code using the Matlab Real-time Workshop and then linked to WinCon. WinCon is the real-time software component that runs the code generated from the Simulink Controller at specified sampling rate. The rotational servo system of this project consists of a DC Servo Motor with built-in gearbox whose ratio is 14 : 1. The objective of the controller is to control the position and velocity of the output shaft. The controller designed is based on pole placement method. The output response of this system can be obtained in real-time using WinCon. 1998 Thesis https://ir.uitm.edu.my/id/eprint/103106/ https://ir.uitm.edu.my/id/eprint/103106/1/103106.pdf text en public degree Universiti Teknologi MARA (UiTM) Faculty of Electrical Engineering
institution Universiti Teknologi MARA
collection UiTM Institutional Repository
language English
description The objective of this project is to show that it is possible to use currently available commercial software, to model and simulate a Simulink Controller for a rotational servo system and running it in real-time. The software that involved in this project are Matlab Simulink, WinCon, Watcom C++ and Matlab Real-time Workshop. A model of a controller network is designed using state feedback controller and is compiled using Watcom C++ compiler. This compiler generates the real-time code using the Matlab Real-time Workshop and then linked to WinCon. WinCon is the real-time software component that runs the code generated from the Simulink Controller at specified sampling rate. The rotational servo system of this project consists of a DC Servo Motor with built-in gearbox whose ratio is 14 : 1. The objective of the controller is to control the position and velocity of the output shaft. The controller designed is based on pole placement method. The output response of this system can be obtained in real-time using WinCon.
format Thesis
qualification_level Bachelor degree
author Yaakob, Zakinah
spellingShingle Yaakob, Zakinah
Real-time control of rotational servo system using Matlab Simulink and WinCon / Zakinah Yaakob
author_facet Yaakob, Zakinah
author_sort Yaakob, Zakinah
title Real-time control of rotational servo system using Matlab Simulink and WinCon / Zakinah Yaakob
title_short Real-time control of rotational servo system using Matlab Simulink and WinCon / Zakinah Yaakob
title_full Real-time control of rotational servo system using Matlab Simulink and WinCon / Zakinah Yaakob
title_fullStr Real-time control of rotational servo system using Matlab Simulink and WinCon / Zakinah Yaakob
title_full_unstemmed Real-time control of rotational servo system using Matlab Simulink and WinCon / Zakinah Yaakob
title_sort real-time control of rotational servo system using matlab simulink and wincon / zakinah yaakob
granting_institution Universiti Teknologi MARA (UiTM)
granting_department Faculty of Electrical Engineering
publishDate 1998
url https://ir.uitm.edu.my/id/eprint/103106/1/103106.pdf
_version_ 1811769244938928128