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Welcome to Dr.Javad Askari Marnani

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Office : Faculty of Electrical and Computer Engineering, Isfahan University of Technology, Isfahan, Iran Email : j-askari@cc.iut.ac.ir Phone : +98 311 3915440 Fax : +98 311 3912451 Web Site : Javad Askari Marnani

Associate Professor
Your secondary position

Research Fields : Hybrid Control Systems esp. Fault Tolerant Control Systems

Adaptive control of Time Delay-Systems

System Identtification, Fractional Ordered Systems

Fuzzy Control Systems and Graph Theory

Teaching

Recent Publications

An output-feedback adaptive actuator failure compensation controller for systems with unknown state delays

A new reconfigurable fault tolerant control design based on Laguerre series

Adaptive Robust H∞ Control of Time Delay Systems with Unknown Uncertainty Bounds

Robust adaptive actuator failure compensation controller for systems with unknown time-varying state delays

Synchronization of unified chaotic system by sliding mode/mixed H2/H∞ control

Imperialist Competitive Algorithm for Simultaneous Coordinated Tuning of Damping Controller

Design of Stabilizing Signals by Using Model Predictive Control Optimized by New Hybrid Shuffled Frog Leaping Algorithm

Power System Stabilization Using Model Predictive Control Based on Imperialist Competitive Algorithm

Power System stabilization using model predictive controller based on imperialist competitive algorithm

Asymptotic Stability of Time Delay Systems With Unknown Uncertainty Bounds Using Adaptive Robust Control

Event scheduling of timed automata using dioid algebra

Three-Level Five-Phase Space Vector PWM Inverter for a Two Five-Phase Series Connected Induction Machine Drive

Power System stabilizers Design by using shuffled frog leaping

A Novel Analytical Framework for Qualitative Model-Based Fault Diagnosis

Adaptive Robust Control of Uncertain Systems with State and Input Delay

Output-feedback model reference adaptive control of linear continuous state delayed systems in the presence of actuator failures

Qualitative Model Based Fault Diagnosis Using a Threshold Level

Input Time Delay Systems Identification Via Wavelet approach

Modeling and Control of Flatness in Cold Rolling Mill Using Fuzzy Petri Nets

Optimal automated manual transmission by fuzzy logic

On-line parameters estimation with application to electrical drives

Nonlinear sliding-mode control of a multi-motor web-winding system without tension sensor

Model-refrence adaptive control for a nonlinear Boiler-Turbin system

A new method in Face recognition

Controller design by dynamic output sensing for linear partially-quantized feedback control systems

Nonlinear decoupled control for multi-motors web winding system using the sliding-mode technique

State Estimation Using a Qualitative State Observer

Nonlinear sliding-mode control of a multi-motors web winding system without tension sensor

Sliding-mode control for a six-phase series-connected induction two-motor drive

A New Method for Detection Discrete-Trace Transition Systems of Hybrid Systems

Direct torque control of a two five-phase series connected Induction Machine drive using a three-level five-phase space vector PWM inverter

Face Recognition Using Discrete Cosine Transform plus Linear Discriminant Analysis

On qualitative behavior of a closed-loop quantized system

Output-feedback MRAC for continuous state delay systems: the relative degree two case

Robust Adaptive Tracking Using Mixed Normalized/Unnormalized Estimation Error

Parametric identification of input-delay systems with unknown time delay

Improving Transient Response of Model Reference Neuro-Controller via Constrained Optimization

Face recognition using fractional multiple exemplar discriminant analysis

The Evaluation of Camera Motion, Defocusing and Noise Immunity for Linear Appearance Based Methods in Face Recognition

Estimating strange attractor's dimension in very noisy data, application to FOREX time series

Adaptive Control of Doubly Fed Field-Oriented Induction Machine Based On Recursive Least Squares Method Taking the Iron Loss Into account

A nonlinear adaptive controller for speed sensor less PMSM taking the iron loss resistance into account

Reconfigurable control of three tank system

Controller reconfiguration based on a qualitative model: A solution of Three- Tank benchmark problem