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College Engineering, Educational group electrical engineering
Alireza Nasiri
Order: PhD
Field: Electrical Eng
Mail: nasiri@hormozgan.ac.ir
Address:
Educational Information »
Grade:
Bachelor
Field of Study:
Electrical Engineering
Orientation of Study:
Control
University:
The University of Tehran
City:
Tehran
Start Date:
1996-09-22
Start End:
2001-03-15
Thesis:
Grade:
M.S.c
Field of Study:
Electrical Engineering
Orientation of Study:
Control
University:
Iran Uni. of Sci. and Tech
City:
Tehran
Start Date:
2001-09-23
Start End:
2004-03-18
Thesis:
Fault Detection in thee-phase Induction Motors using signal rs
Grade:
Ph.D.
Field of Study:
Electrical Engineering
Orientation of Study:
Control
University:
The Univrsity of Auckland
City:
Auckland
Start Date:
2012-03-02
Start End:
2016-06-20
Thesis:
Robust Control of Nonlinear Systems: Sliding Mode and non-monotonic Approaches
Inventions »
Books »
Title:
Analysis and Synthesis of Polynomial Discrete-Time Systems: An SOS Approach
Edition:
1
Date of Release:
1396/04/19
Release Number:
Butterworth Heinemann Books - Elsevier
Authors:
MS Saat, SK Nguang, A Nasiri
Title:
Non-monotonic Approach to Robust H∞ Control of Multi-model Systems 1st Edition
Edition:
9780128148686
Date of Release:
1398/03/17
Release Number:
Academic Press- Elsevier
Authors:
Jiwei Wen Alireza Nasiri Sing Kiong Nguang Dhafer Almakhles
Papers »
Paper:
Paper
Title:
Robust output feedback controller design of discrete-time Takagi–Sugeno fuzzy systems: a non-monotonic Lyapunov approach
Journal title:
IET Control Theory & Applications
No:
Volume: 10 Issue: 5
Year:
2016-03-21
Partners:
A Nasiri, SK Nguang, A Swain, DJ Almakhles
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Paper:
Paper
Title:
Reducing conservatism in H¥ Robust State Feedback Control design of T-S Fuzzy Systems: A Non-monotonic Approach
Journal title:
IEEE Transactions on Fuzzy Systems
No:
Volume: PP Issue: 99
Year:
2017-01-09
Partners:
A Nasiri, SK Nguang, A Swain, DJ Almakhles
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Paper:
Paper
Title:
Robust H∞ Control of Discrete-Time Nonhomogenous Markovian Jump Systems via Multistep Lyapunov Function Approach
Journal title:
IEEE Transactions on Systems, Man, and Cybernetics: Systems
No:
Volume: 47 Issue: 7
Year:
2017-07-01
Partners:
J Wen, SK Nguang, P Shi, A Nasiri
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Paper:
Paper
Title:
A Statistical Inverse Problem Approach to Online Secondary Path Modeling in Active Noise Control
Journal title:
IEEE/ACM Transactions on Audio, Speech, and Language Processing
No:
Volume: 24 Issue: 1
Year:
2016-01-30
Partners:
IT Ardekani, JP Kaipio, A Nasiri, H Sharifzadeh, WH Abdulla
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Paper:
Paper
Title:
An Adaptive Two-Level Quantizer for Networked Control Systems
Journal title:
IEEE Transactions on Control Systems Technology
No:
Volume: 25 Issue: 3
Year:
2017-05-31
Partners:
D Almakhles, AK Swain, A Nasiri, N Patel
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Paper:
Paper
Title:
Adaptive sliding mode control for a class of MIMO nonlinear systems with uncertainties
Journal title:
Journal of the Franklin Institute
No:
Volume 351, Issue 4
Year:
2014-04-30
Partners:
A Nasiri, SK Nguang, A Swain
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Paper:
Paper
Title:
Passive actuator fault tolerant control for a class of MIMO nonlinear systems with uncertainties
Journal title:
International Journal of Control
No:
1
Year:
2017-09-12
Partners:
A Nasiri, SK Nguang, A Swain, D Almakhles
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Paper:
Paper
Title:
The dynamic behaviour of data-driven Δ-M and ΔΣ-M in sliding mode control
Journal title:
International Journal of Control
No:
1
Year:
2016-11-08
Partners:
D Almakhles, AK Swain, A Nasiri
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Paper:
Paper
Title:
Robust H<sub>∞</sub> output feedback control of bidirectional inductive power transfer systems
Journal title:
Archives of Control Sciences
No:
1
Year:
2017-04-01
Partners:
A Swain, D Almakhles, MJ Neath, A Nasiri
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Paper:
Paper
Title:
Stabilisation of discrete-time polynomial fuzzy systems via a polynomial Lyapunov approach
Journal title:
International Journal of Systems Science
No:
49 (3), 557-566
Year:
2018-04-08
Partners:
A Nasiri, SK Nguang, A Swain, D Almakhles
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thesis »
Publications »
Participation in Meetings »
Teaching »
As teaching:
Fuzzy Systems
Grade:
M.S.c
As teaching:
Signals and Systems
Grade:
Bachelor
As teaching:
Advanced Mathematics for Engineers
Grade:
Bachelor
As teaching:
Digital Circuits
Grade:
Bachelor
As teaching:
Computer Programming C
Grade:
Bachelor
As teaching:
Seminar
Grade:
M.S.c
As teaching:
Fuzzy Control
Grade:
M.S.c
As teaching:
Nonlinear control systems
Grade:
M.S.c
News »
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