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		Moosa Ayati (موسی آیتی) Office Address: Electrical and Computer Engineering Department Faculty, 3rd Floor, K. N. Toosi University of Technology, Tehran, Iran, Postal Code: 14317-14191, P.O. Box: 16315-1355, Phone: +98-21-84062154 Email: smoosa(underline)ayati(at)yahoo(dot)com, smoosa (underline)ayati (at)ee (dot)kntu (dot)ac (dot)ir Education: PhD in Electrical Engineering (On Going) · K. N. Toosi University of Technology, Tehran, Iran · Thesis Title: Adaptive Synchronization in Noisy Chaos Communication Systems via Stochastic Calculus Supervisor: Prof. H. Khaloozadeh M. Eng. Electrical Engineering · K. N. Toosi University of Technology, Tehran, Iran · Thesis Title: Adaptive Control of Nonlinear in Parameters Chaotic Systems via Lyapunov Exponents Supervisor: Prof. A. Khaki-Sedigh B. Eng. Electrical Engineering · Isfahan University of Technology, Isfahan, Iran · Thesis Title: Automatic Control of Thermal Process and Stepper Motor via PLC Supervisor: Prof. F. SheikholEslam
		Pareto Strength Evolutionary Algorithm, ÇáæÑیÊã Ê˜Çãáی äÏ åÏÝی, ÌÈåå ÇÑÊæ, Swarm Intelligence, åæÔ ÌãÚی, åæÔ ÇÒÏÍÇãی, AIS, Artificial Immune Systems, ÓیÓÊã Çیãäی ãÕäæÚی, Linear Programming, LinProg, ÈÑäÇãå ÑیÒی ÎØی, áیäÑæ, áیä-Ñæ, TSP, Traveling Salesman Problem, ãÓÃáå ÝÑæÔäÏå ÏæÑå ÑÏ, Job-Shop Scheduling, Scheduling Problem, ãÓÃáå ÈÑäÇãå ÑیÒی ÒãÇäی, ãÓÃáå ÒãÇäÈäÏی, ãÓÃáå ÒãÇä ÈäÏی, Resource Allocation, ÊÎÕیÕ ãäÇÈÚ, MATLAB Control System Toolbox, ÌÚÈå ÇÈÒÇÑ ˜äÊÑá ÎØی ãÊáÈ, ÌÚÈå ÇÈÒÇÑ ˜äÊÑá ÎØی ãØáÈ, ÌÚÈå ÇÈÒÇÑ ˜äÊÑá ÎØی MATLAB, MATLAB Robust Control Toolbox, ÌÚÈå ÇÈÒÇÑ ˜äÊÑá ãÞÇæã ãÊáÈ, ÌÚÈå ÇÈÒÇÑ ˜äÊÑá ãÞÇæã ãØáÈ, ÌÚÈå ÇÈÒÇÑ ˜äÊÑá ãÞÇæã MATLAB, MATLAB Fuzzy Logic Toolbox, ÌÚÈå ÇÈÒÇÑ ÝÇÒی ãÊáÈ, ÌÚÈå ÇÈÒÇÑ ÝÇÒی ãØáÈ, ÌÚÈå ÇÈÒÇÑ ÝÇÒی MATLAB, ÌÚÈå ÇÈÒÇÑ ãäØÞ ÝÇÒی ãÊáÈ, ÌÚÈå ÇÈÒÇÑ ãäØÞ ÝÇÒی ãØáÈ, ÌÚÈå ÇÈÒÇÑ ãäØÞ ÝÇÒی MATLAB, MATLAB Fuzzy Control Toolbox, ÌÚÈå ÇÈÒÇÑ ˜äÊÑá ÝÇÒی ãÊáÈ, ÌÚÈå ÇÈÒÇÑ ˜äÊÑá ÝÇÒی ãØáÈ, ÌÚÈå ÇÈÒÇÑ ˜äÊÑá ÝÇÒی MATLAB, MATLAB Symbolic Toolbox, ÌÚÈå ÇÈÒÇÑ ÓیãÈæáی˜ ãÊáÈ, ÌÚÈå ÇÈÒÇÑ ÓیãÈæáی˜ ãØáÈ, ÌÚÈå ÇÈÒÇÑ ÓیãÈæáی˜ MATLAB, ÌÚÈå ÇÈÒÇÑ Symbolic ãÊáÈ, ÌÚÈå ÇÈÒÇÑ Symbolic ãØáÈ, ÌÚÈå ÇÈÒÇÑ Symbolic MATLAB, MATLAB Optimization Toolbox, ÌÚÈå ÇÈÒÇÑ Èåیäå ÓÇÒی ãÊáÈ, ÌÚÈå ÇÈÒÇÑ Èåیäå ÓÇÒی ãØáÈ, ÌÚÈå ÇÈÒÇÑ Èåیäå ÓÇÒی MATLAB, MATLAB Neural Networks Toolbox, ÌÚÈå ÇÈÒÇÑ ÔÈ˜å ÚÕÈی ãÊáÈ, ÌÚÈå ÇÈÒÇÑ ÔÈ˜å ÚÕÈی ãØáÈ, ÌÚÈå ÇÈÒÇÑ ÔÈ˜å ÚÕÈی MATLAB, MATLAB LinProg, ÈÑäÇãå ÑیÒی ÎØی ÏÑ ãÊáÈ, ÈÑäÇãå ÑیÒی ÎØی ÏÑ ãØáÈ, ÈÑäÇãå ÑیÒی ÎØی ÏÑ MATLAB, GUI, Graphical User Interface, æÇÓØ ÑÇÝی˜ی ˜ÇÑÈÑ, ÑÇÈØ ÑÇÝی˜ی ˜ÇÑÈÑ, GUIDE, Graphical User Interface Design Environment, ãÍیØ ÌÇãÚ ØÑÇÍی æÇÓØ ÑÇÝی˜ی ˜ÇÑÈÑ, ãÍیØ ÌÇãÚ ØÑÇÍی ÑÇÈØ ÑÇÝی˜ی ˜ÇÑÈÑ, Linear Control Systems, ÓیÓÊãåÇی ˜äÊÑá ÎØی, Bode Diagram, äãæÏÇÑ ÈæÏ, ÏیÇÑÇã ÈæÏ, Nyquist Diagram, äãæÏÇÑ äÇی˜æÆیÓÊ, ÏیÇÑÇã äÇی˜æÆیÓÊ, Nichols Chart, äãæÏÇÑ äی˜æáÒ, ÇÑÊ äی˜æáÒ, Root Lucas, ã˜Çä åäÏÓی ÑیÔå åÇ, Digital Control Systems, ÓیÓÊãåÇی ˜äÊÑá ÏیÌیÊÇá, Modern Control Systems, ÓیÓÊãåÇی ˜äÊÑá ãÏÑä, ÓیÓÊãåÇی ˜äÊÑá äæیä, ÓیÓÊãåÇی ˜äÊÑá یÔÑÝÊå, Generalized Eigenvalue Problem, ãÓÃáå ãÞÏÇÑ æیŽå ÊÚãیã یÇÝÊå, Eigenvalue and Eigenvector, ãÞÏÇÑ æیŽå æ ÈÑÏÇÑ æیŽå, æیŽå ãÞÏÇÑ æ æیŽå ÈÑÏÇÑ, Jordan Form, ÝÑã ÌÑÏä, ÝÑã ˜Çäæäی ÌÑÏä, ÝÑã ÇÓÊÇäÏÇÑÏ ÌÑÏä, Canonical Form, ÝÑã ˜Çäæäی, ÝÑã ÇÓÊÇäÏÇÑÏ, Observer, ÑæیÊÑ, ÑæیÊ Ñ, Observable, ÑæیÊ ÐیÑ, Observability, ÑæیÊ ÐیÑی, State Feedback, ÝیÏÈ˜ ÍÇáÊ, Controller, ˜äÊÑáÑ, ˜äÊÑá ˜ääÏå, Controllable, ˜äÊÑá ÐیÑ, Controllability, ˜äÊÑá ÐیÑی, Optimal Control Systems, ÓیÓÊãåÇی ˜äÊÑá Èåیäå, LQR, Linear Quadratic Regulator, ÑæáÇÊæÑ ÎØی ãÑÊÈå 2, ÑæáÇÊæÑ ÎØی ãÒÊÈå Ïæ, ˜äÊÑá Èåیäå ÏÑÌå 2, ˜äÊÑá Èåیäå ÏÑÌå Ïæ, LQG, Linear Quadratic Gaussian, KF, Kalman Filter, ÝیáÊÑ ˜Çáãä, ÊÎãیä ÍÇáÊ, ÊÎãیäÑ Èåیäå, ÊÎãیä یÑ Èåیäå, EKF, Extended Kalman Filter, ÝیáÊÑ ˜Çáãä ÊÚãیã یÇÝÊå, Nonlinear Control Systems, ÓیÓÊãåÇی ˜äÊÑá ÛیÑ ÎØی, Chaos, ÂÔæÈ, ˜äÊÑá ÂÔæÈ, Bifurcation, Ïæ ÔÇÎå ÔÏی, Model Predictive Control, ˜äÊÑá ãÏá یÔ Èیä, Multivariable Control Systems, ÓیÓÊãåÇی ˜äÊÑá äÏãÊÛیÑå, Robust Control Systems, ÓیÓÊãåÇی ˜äÊÑá ãÞÇæã, Adaptive Control Systems, ÓیÓÊãåÇی ˜äÊÑá ÊØÈیÞی, Stochastic Control, ˜äÊÑá ÊÕÇÏÝی, ˜äÊÑá ÇÊÝÇÞی, ˜äÊÑá ÝÑÇیäÏåÇی ÊÕÇÏÝی, ˜äÊÑá ÝÑÇیäÏåÇی ÇÊÝÇÞی, Dynamic Programming, ÈÑäÇãå ÑیÒی æیÇ, Suspension System Control, ˜äÊÑá ÓیÓÊã ÊÚáیÞ ÎæÏÑæ, ˜äÊÑá ÓیÓÊã ÊÚáیÞ ÝÚÇá ÎæÏÑæ, Image Processing, ÑÏÇÒÔ ÊÕæیÑ ÏیÌیÊÇá, DSP, Digital Signal Processing, ÑÏÇÒÔ ÓیäÇá ÏیÌیÊÇá, Numerical Methods, ÑæÔåÇی ÚÏÏی, ãÍÇÓÈÇÊ ÚÏÏی, Gauss-Jordan Elimination, ÍÐÝ æÓ ÌÑÏä, Gauss-Seidel Elimination, ÍÐÝ æÓ ÓÇیÏá, Newton Method, ÑæÔ äیæÊä ÈÑÇی Íá ãÚÇÏáÇÊ, ÑæÔ äیæÊæä ÈÑÇی Íá ãÚÇÏáÇÊ, ÑæÔ äیæÊä ÈÑÇی Íá ÚÏÏی ãÚÇÏáÇÊ, ÑæÔ äیæÊæä ÈÑÇی Íá ÚÏÏی ãÚÇÏáÇÊ, Newton-Raphson Method, ÑæÔ äیæÊä ÑÇÝÓæä ÈÑی Íá ãÚÇÏáÇÊ, ÑæÔ äیæÊæä ÑÇÝÓæä ÈÑی Íá ãÚÇÏáÇÊ, ÑæÔ äیæÊä ÑÇÝÓæä ÈÑÇی Íá ÚÏÏی ãÚÇÏáÇÊ, ÑæÔ äیæÊæä ÑÇÝÓæä ÈÑÇی Íá ÚÏÏی ãÚÇÏáÇÊ, Bisection Method, Bi-section Method, ÑæÔ ÊäÕیÝ, ÑæÔ Ïæ ÈÎÔی ˜ÑÏä, RK4, Runge-Kutta 4, ÑÇä ˜æÊÇ 4, ÑÇä ˜æÊÇ ãÑÊÈå 4, ÑÇä ˜æÊÇ åÇÑ, ÑÇä ˜æÊÇ ãÑÊÈå åÇÑ, Linear Differential Equation, ãÚÇÏáÇÊ ÏیÝÑÇäÓیá ÎØی, Partial Differential Equation, ãÚÇÏáÇÊ ÏیÝÑÇäÓیá ÌÒÆی, Nonlinear Differential Equation, ãÚÇÏáÇÊ ÏیÝÑÇäÓیá ÛیÑ ÎØی, Simpson Rule, ÞÇÚÏå ÓیãÓæä ÈÑÇی ÇäÊÑÇá یÑی ÚÏÏی, Interpolation, ÏÑæä یÇÈی, ÏÑæäیÇÈی, Extrapolation, ÈÑæä یÇÈی, ÈÑæäیÇÈی, Curve Fitting, ÈÑÇÒÔ ãäÍäی, Advanced Engineering Mathematics, ÑیÇÖیÇÊ ãåäÏÓی یÔÑÝÊå, Fourier Transform, ÊÈÏیá ÝæÑیå, ÇäÊÑÇá ÝæÑیå, ÓÑی ÝæÑیå, Laplace Transform, ÊÈÏیá áÇáÇÓ, z-transform, ÊÈÏیá z, PDF, Probablity Density Function, ÊÇÈÚ Çáی ÇÍÊãÇá, CDF, Cumulative Density Function, ÊÇÈÚ ÊÌãÚی Çáی, Chaos, ÂÔæÈ,Chaotic Systems, ÓíÓÊã ÂÔæÈی, Chaos Communication Systems, ÓíÓÊãåÇی ãÎÇÈÑÇÊ ÂÔæÈی, Synchronization, åãÒãÇä ÓÇÒی, Chaotic Oscillator, äæÓÇäÑ ÂÔæÈی , Sensor, ÓäÓæÑ, Hall Effect, ÇËÑ åÇá, Strain gauge, ÍÓÑ ˜ÔÔ, Thermocouple, ÊÑãæ˜æá, Thermistor, ÊÑãíÓÊæÑ, RTD, ÊÑãæãÊÑ ãÞÇæãÊی, Transducer, ÊÑÇÓÏíæÓÑ, Optical sensor, ÍÓÑ äæÑی, Load cell, ÍÓÑ äíÑæ, Gas Sensor, ÍÓÑ ÇÒ, Current sensor, ÍÓÑ ÌÑíÇä, Voltage sensor, ÍÓÑ æáÊÇŽ, Ultrasonic, ÂáÊÑÇÓæäí˜, Level sensor, ÍÓÑ ÓØÍ, Magnetic sensor, ÍÓÑ ãÛäÇØíÓی, Proximeter, ÍÓÑ äÒÏí˜ی, Infrared Sensor, ÍÓÑ ãÇÏæä ÞÑãÒ, displacement, ÌÇÌÇíی, Encoder, Çí˜æÏÑ, Valve, æÇáæ íÇ ÔíÑ ˜äÊÑáی, measurement, ÇäÏÇÒåíÑی, humidity sensor, ÍÓÑ ÑØæÈÊ, laser sensor, ÍÓÑ áíÒÑی, Pressure measurement, ÇäÏÇÒåíÑی ÝÔÇÑ, Displacement measurement, ÍÓÑ ÌÇÈÌÇíی, strain measurement, ÍÓÑ ˜ÔÔ, Mass measurement, ÇäÏÇÒåíÑی ÌÑã, Conditioning Circuits, ãÏÇÑÇÊ Ô˜áÏåی , Sensor Application, ˜ÇÑÈÑÏ ÓäÓæÑåÇ, Sensor Selection, ÇäÊÎÇÈ ÓäÓæÑ, Field Wiring, Óíã ˜Ôی, Integrator, ÇäÊÑÇá íÑ, multipliers, ÖÑÈ ˜ääÏå, DC shifter, ÈÇíÇÓ , Instrumentation amplifiers, Çãáی ÝÇíÑ ÇÈÒÇÑ ÏÞíÞ, converters, ãÈÏá åÇ, Dc bridges, á, AC bridges, ãÏÇÑ á, capacitive, ÎÇÒäی, inductive, ÓáÝی, piezoelectric, íÒæ Çá˜ÊÑí˜, electromagnetic, Çá˜ÊÑæ ãÛäÇØíÓی, thermoelectric, ÊÑãæ Çá˜ÊÑí˜ی, piezoresistive, íÒæ ãÞÇæãÊی, optical, äæÑی, electromechanical, Çá˜ÊÑæ ã˜Çäí˜ی, elastic, ˜ÔÓÇä, Imperial Metric-SI Conversion Tables, ÌÏæá ÊÈÏíá æÇÍÏåÇ, Optical Sensors and Encoders, ÓäÓæÑåÇی äæÑی æ Çíä˜ÏÑåÇ, Thermocouple Tables, ÌÏæá ÊÑãæ˜æá, Piping and Instrumentation Diagram, ÏíÇÑÇã áæáå ˜Ôی æ ÇÈÒÇÑÏÞíÞ, Bode plot, ÏíÇÑÇã ÈæÏ, Nyquist plot, äãæÏÇÑ äÇí˜æíÓÊ, mason gains, ÈåÑå ãíÓæä, matlab, ãØáÈ, m-file, , simulink, , , P, , PI, , PID Controllers, ˜äÊÑá ˜ääÏå, Stability, ÇíÏÇÑی, System Performance, ˜íÝíÊ ÓíÓÊã, Routh-Hurwitz table, ÌÏæá ÑæË-åÑæíÊÓ, Root locus method, äãæÏÇÑ ã˜Çä åäÏÓی ÑíÔååÇ, Polar plots, äãæÏÇÑ ÞØÈی, Modeling, ãÏáÓÇÒی, SCADA, , DCS, , Feildbus, ÝíáÏ ÈÇÓ, profibus, ÑæÝی ÈÇÓ, CAN protocol, , programmable Logic Controller, ˜äÊÑá ˜ääÏå ãäØÞی ÈÑäÇãå ÐíÑ, PLC, , supplementary controllers, ˜äÊÑá ˜ääÏå ˜ã˜ی, cascade, , ratio control, ˜äÊÑá äÓÈÊ, split range, ˜äÊÑá ÏÇãäå, Ziegler-Nichols methods, ÑæÔ ÒíáÑ äí˜æáÒ, P&ID diagrams, , Industrial control, ˜äÊÑá ÕäÚÊی, Linear Control, ˜äÊÑá ÎØی,

This site was last updated Wednesday, 02 June 2010 by Moosa Ayati