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Pemodelan matematik dan simulasi bagi robot pengolah angkasa / Raibenna Bin Mat Jenan

Pemodelan matematik dan simulasi bagi robot pengolah angkasa_Raibenna Bin Mat Jenan_A2_2004_800085603_00003080802_NI
Projek mi dijalankan bagi menghasilkan satu perisian dengan mengaturcarakan model matematik untuk membuat satu simulasi robot pengolah angkasa dengan menggunakan perisian MATLAB 6.0 dan GUI Development Environment (GUIDE). Perisian simulasi robot ini dinamakan Benabot sempena nama penciptanya. Rekabentuk robot berdasarkan parameter D-H yang telah ditetapkan dan simulasi robot ini dapat melakukan pergerakan sehingga 6 daijah kebebasan. Benabot menggunakan persamaan kinematik terns untuk mendapatkan koordinat sendi bagi transformasi homogen. Selain itu, Benabot juga menitikberatkan tentang aturcara untuk menentukan kedudukan dan oiientasi bagi lengan robot iaitu koordinat awal dan akhir lengan dengan menggunakan teori transformasi homogen. Teori pengolah Jacobian yang digunakan dalam simulasi penting untuk menentukan posisi awal dan posisi akhir bagi 'hujung-berkesan' lengan robot serta halaju sendi. Laluan atau trajektori lengan dan sendi robot juga turut diambil kira. Akhir sekali, Benabot turat menyediakan animasi pergerakan lengan robot yang dapat dikawal oleh pengguna untuk menggerakkan ke arah yang dikehendaki. _____________________________________________________________________________________ This project was done to produce a software through programming a mathematical model to make simulation of space robot manipulator software by using MATLAB 6 software and GUI Deverlopment Environment (GUIDE). This simulation of robot manipulaotor software was named Benabot by taken the name of its inventor. The design shape of robot depend on D-H parameters and this robot simulation can make achieve movement for 6 degrees of freedom. Benabot use forward kinematics equation to get joint coordinate for given homogenous transformations. Otherwise, Benabot also emphasis about programming to determine position and orientation for robot's link that is start position and destination of link by using homogenous transformations theorem. Path or link trajectoiy of links and joints was included. Jacobians manipulator theorem used in simulation was particularly important for determining base coordinate and final coordinate of end-efector robot link and also joint velocity. Lastly, Benabot also provide animation of robot robot arm that can be controlled by user to move at any required direction.
Contributor(s):
Raibenna Mat Jenan - Author
Primary Item Type:
Final Year Project
Identifiers:
Barcode : 00003080802
Accession Number : 800085603
Language:
English
Subject Keywords:
produce a software through programming a mathematical model to make simulation of space robot manipulator software; simulation of robot manipulaotor software was named Benabot by taken the name of its inventor; homogenous transformations
First presented to the public:
1/2/2010
Original Publication Date:
4/4/2018
Previously Published By:
Universiti Sains Malaysia
Place Of Publication:
School of Aerospace Engineering
Citation:
Extents:
Number of Pages - 87
License Grantor / Date Granted:
  / ( View License )
Date Deposited
2018-04-04 15:33:12.603
Date Last Updated
2020-05-06 16:43:19.48
Submitter:
Nor Hayati Ismail

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Pemodelan matematik dan simulasi bagi robot pengolah angkasa / Raibenna Bin Mat Jenan1 2018-04-04 15:33:12.603