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Electrical Engineering
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Matlab and Mathematica
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$30 USD / hora
Bandera de TURKEY
istanbul, turkey
$30 USD / hora
Aquí son las 5:41 p. m.
Se unió el diciembre 27, 2013
18 recomendaciones

Baris O.

@crucifige

 4,8 (199 comentarios)
6,9
6,9
96%
96%
$30 USD / hora
Bandera de TURKEY
istanbul, turkey
$30 USD / hora
98 %
Trabajos finalizados
96 %
Dentro del presupuesto
95 %
A tiempo
41 %
Tasa de recontratación

R&D Consultant

I have BSc from Electrical Engineering and MSc from Mechanical Engineering. Currently studying on Control and Automation Engineering on my PhD. I have completed 150+ projects about different engineering disciplines. I have depth experience in the fields of; + Image Processing and Pattern Recognition + Digital Signal Processing + Modern and Classical Control Systems + Modeling, Simulation and Controller Design of Dynamical Systems + Mechanical Design and Prototyping + Machine Learning, Neural Network and Statistical Modeling. + Research and Development Project Design and Implementation + Academic Writing + Engineering Expertise with following tools. + MATLAB/Simulink + C/C++ with QT Framework + Python + Solidworks + Linux/Shell Scripting + Embedded Systems + Arduino and Raspberry Pi Programming + Electronic Design and Implementation (Altium Designer) + Advanced Excel Usage
Freelancer Matlab and Mathematica Engineers Turkey
Ver todo Matlab and Mathematica Engineers en Turkey

Contacta Baris O. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Portafolio

2293358
Local precipitation and temperature changes are estimated with respect to global warning threat in Earth.
Estimation of Local Climate Change using GPS datas
2105959
In this longevity project, a production system had developed in Simulink and simulated with different production algorithms such as Kanban etc. Using classical control algorithms, throughput from machines are maximized while upstream buffers are minimized.
Production System
2105955
A novel power flow model for the thyristor-controlled series compensator (TCSC) is presented in this project.
Thyristor-Controlled Series Compensator (TCSC) Simulation
2105948
In this project, widely-known PID controller has been developed with using Ziegler-Nichols method and implemented into a real system.
Implementing a PID controller
2105945
An inverted pendelum is a classical control problem which every student has studied on it once. The system has nonlinear and unstable dynamics which make it a dicult control system to achieve. It usually has one input signal comes from motor and several output signals. The aim of this control system is to balance a pendelum vertically on a motor driven cart with different controller algorithms such as swing-up controller, pole-placement control, LQR etc.
Control Systems Pendulum Project
An inverted pendelum is a classical control problem which every student has studied on it once. The system has nonlinear and unstable dynamics which make it a dicult control system to achieve. It usually has one input signal comes from motor and several output signals. The aim of this control system is to balance a pendelum vertically on a motor driven cart with different controller algorithms such as swing-up controller, pole-placement control, LQR etc.
Control Systems Pendulum Project
An inverted pendelum is a classical control problem which every student has studied on it once. The system has nonlinear and unstable dynamics which make it a dicult control system to achieve. It usually has one input signal comes from motor and several output signals. The aim of this control system is to balance a pendelum vertically on a motor driven cart with different controller algorithms such as swing-up controller, pole-placement control, LQR etc.
Control Systems Pendulum Project
An inverted pendelum is a classical control problem which every student has studied on it once. The system has nonlinear and unstable dynamics which make it a dicult control system to achieve. It usually has one input signal comes from motor and several output signals. The aim of this control system is to balance a pendelum vertically on a motor driven cart with different controller algorithms such as swing-up controller, pole-placement control, LQR etc.
Control Systems Pendulum Project
An inverted pendelum is a classical control problem which every student has studied on it once. The system has nonlinear and unstable dynamics which make it a dicult control system to achieve. It usually has one input signal comes from motor and several output signals. The aim of this control system is to balance a pendelum vertically on a motor driven cart with different controller algorithms such as swing-up controller, pole-placement control, LQR etc.
Control Systems Pendulum Project
An inverted pendelum is a classical control problem which every student has studied on it once. The system has nonlinear and unstable dynamics which make it a dicult control system to achieve. It usually has one input signal comes from motor and several output signals. The aim of this control system is to balance a pendelum vertically on a motor driven cart with different controller algorithms such as swing-up controller, pole-placement control, LQR etc.
Control Systems Pendulum Project
An inverted pendelum is a classical control problem which every student has studied on it once. The system has nonlinear and unstable dynamics which make it a dicult control system to achieve. It usually has one input signal comes from motor and several output signals. The aim of this control system is to balance a pendelum vertically on a motor driven cart with different controller algorithms such as swing-up controller, pole-placement control, LQR etc.
Control Systems Pendulum Project
2105933
The main objective is to discuss the general problem of energy minimization and its relation to the power minimization problem. Due to the fact, that the general problem of energy minimization is difficult to solve we focus on a simplified version that provides a power-time tradeoff. Finally, we propose an algorithm that minimizes the power transmit lines.
LP Minimization of Transmitting Power Consumption
The main objective is to discuss the general problem of energy minimization and its relation to the power minimization problem. Due to the fact, that the general problem of energy minimization is difficult to solve we focus on a simplified version that provides a power-time tradeoff. Finally, we propose an algorithm that minimizes the power transmit lines.
LP Minimization of Transmitting Power Consumption
The main objective is to discuss the general problem of energy minimization and its relation to the power minimization problem. Due to the fact, that the general problem of energy minimization is difficult to solve we focus on a simplified version that provides a power-time tradeoff. Finally, we propose an algorithm that minimizes the power transmit lines.
LP Minimization of Transmitting Power Consumption
2293358
Local precipitation and temperature changes are estimated with respect to global warning threat in Earth.
Estimation of Local Climate Change using GPS datas
2105959
In this longevity project, a production system had developed in Simulink and simulated with different production algorithms such as Kanban etc. Using classical control algorithms, throughput from machines are maximized while upstream buffers are minimized.
Production System
2105955
A novel power flow model for the thyristor-controlled series compensator (TCSC) is presented in this project.
Thyristor-Controlled Series Compensator (TCSC) Simulation
2105948
In this project, widely-known PID controller has been developed with using Ziegler-Nichols method and implemented into a real system.
Implementing a PID controller
2105945
An inverted pendelum is a classical control problem which every student has studied on it once. The system has nonlinear and unstable dynamics which make it a dicult control system to achieve. It usually has one input signal comes from motor and several output signals. The aim of this control system is to balance a pendelum vertically on a motor driven cart with different controller algorithms such as swing-up controller, pole-placement control, LQR etc.
Control Systems Pendulum Project
An inverted pendelum is a classical control problem which every student has studied on it once. The system has nonlinear and unstable dynamics which make it a dicult control system to achieve. It usually has one input signal comes from motor and several output signals. The aim of this control system is to balance a pendelum vertically on a motor driven cart with different controller algorithms such as swing-up controller, pole-placement control, LQR etc.
Control Systems Pendulum Project
An inverted pendelum is a classical control problem which every student has studied on it once. The system has nonlinear and unstable dynamics which make it a dicult control system to achieve. It usually has one input signal comes from motor and several output signals. The aim of this control system is to balance a pendelum vertically on a motor driven cart with different controller algorithms such as swing-up controller, pole-placement control, LQR etc.
Control Systems Pendulum Project
An inverted pendelum is a classical control problem which every student has studied on it once. The system has nonlinear and unstable dynamics which make it a dicult control system to achieve. It usually has one input signal comes from motor and several output signals. The aim of this control system is to balance a pendelum vertically on a motor driven cart with different controller algorithms such as swing-up controller, pole-placement control, LQR etc.
Control Systems Pendulum Project
An inverted pendelum is a classical control problem which every student has studied on it once. The system has nonlinear and unstable dynamics which make it a dicult control system to achieve. It usually has one input signal comes from motor and several output signals. The aim of this control system is to balance a pendelum vertically on a motor driven cart with different controller algorithms such as swing-up controller, pole-placement control, LQR etc.
Control Systems Pendulum Project
An inverted pendelum is a classical control problem which every student has studied on it once. The system has nonlinear and unstable dynamics which make it a dicult control system to achieve. It usually has one input signal comes from motor and several output signals. The aim of this control system is to balance a pendelum vertically on a motor driven cart with different controller algorithms such as swing-up controller, pole-placement control, LQR etc.
Control Systems Pendulum Project
An inverted pendelum is a classical control problem which every student has studied on it once. The system has nonlinear and unstable dynamics which make it a dicult control system to achieve. It usually has one input signal comes from motor and several output signals. The aim of this control system is to balance a pendelum vertically on a motor driven cart with different controller algorithms such as swing-up controller, pole-placement control, LQR etc.
Control Systems Pendulum Project
2105933
The main objective is to discuss the general problem of energy minimization and its relation to the power minimization problem. Due to the fact, that the general problem of energy minimization is difficult to solve we focus on a simplified version that provides a power-time tradeoff. Finally, we propose an algorithm that minimizes the power transmit lines.
LP Minimization of Transmitting Power Consumption
The main objective is to discuss the general problem of energy minimization and its relation to the power minimization problem. Due to the fact, that the general problem of energy minimization is difficult to solve we focus on a simplified version that provides a power-time tradeoff. Finally, we propose an algorithm that minimizes the power transmit lines.
LP Minimization of Transmitting Power Consumption
The main objective is to discuss the general problem of energy minimization and its relation to the power minimization problem. Due to the fact, that the general problem of energy minimization is difficult to solve we focus on a simplified version that provides a power-time tradeoff. Finally, we propose an algorithm that minimizes the power transmit lines.
LP Minimization of Transmitting Power Consumption

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1,6
$1.100,00 AUD
Development of an Air Quality Monitoring System with Sensors to Collect, Analyze and Visualize Air Quality with an IOT platform
Project was not delivered on time. Communication was non, throughout the project there was not zoom meeting. More than three time decided to meet on zoom but last minute did not show up. The quality of the project was just okay. Quality of the project could be allot better considering he said he is expert in this field.
Report Writing
Artificial Intelligence
Raspberry Pi
Internet of Things (IoT)
MATLAB
B
Bandera de Muhammad B.
@Bilaltanweer44
•
hace 3 años
5,0
$590,52 USD
introduction to control systems theory - ongoing work
He produced excellent work and would happily work w him again. [05 November, 2015] I look forward to doing more work with this FL. [05 November, 2015] Quality work , with great communication. Very helpful, with preliminary drafts and then high quality final product. [05 November, 2015] I have ongoing work with this FL, as he is self-motivated, reliable and provides excellent recommendations, as you would expect from a PhD.
Engineering
Electronics
Matlab and Mathematica
Algorithm
Electrical Engineering
+1 más
V
Bandera de Carlo M.
@vw7007520vw
•
hace 3 años
5,0
$350,00 USD
Project for Baris O.
Baris is very compitent and I am looking to work with him again in on future projects.
Engineering
Electronics
Matlab and Mathematica
Algorithm
Electrical Engineering
+1 más
Avatar del usuario
Bandera de Mitchell B.
@mitchbatty
•
hace 4 años
5,0
$220,00 AUD
Modelling wind turbine for power system transient simulations in Simulink
We could not complete what I wanted due to some technical problems, but I have no doubt Baris is an expert in his field. And he never claimed what he did not deliver. I would gladly engage him again.
Electrical Engineering
Power Generation
MATLAB
M
Bandera de M B.
@Miroslav78
•
hace 4 años
5,0
₹165.000,00 INR
make cost, effort estimates, provide business plan, sign NDA and work for my company if needed
Nice knowledgeable and professional person
Avatar del usuario
Bandera de Sandeep M.
@sandeepmhptr2
•
hace 5 años

Educación

PhD

Yildiz Teknik Üniversitesi, Turkey 2014
(Menos de un año)

MSc

Istanbul Teknik Üniversitesi, Turkey 2011 - 2014
(3 años)

BSc

Yildiz Teknik Üniversitesi, Turkey 2005 - 2010
(5 años)

Calificaciones

MSc Completion

İTÜ
2014

BSc Completion

YTÜ
2010

Publicaciones

Model Predictive Control of a Pneumatic Actuator

Barış Öz
Nonlinear modelling and real-time model predictive control of a pneumatic actuator system.

Modelling Spread of Cancer Cells and Applied Nonlinear Control

Barış Öz
Nonlinear optimal control of a malthusian growth model cancer cell.

Contacta Baris O. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Verificaciones

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Email verificado
Facebook conectado

Certificaciones

turkish-eng.png Turkish to English Translation 1 97%
turkish-1.png Turkish 1 95%
freelancer_orientation.png Freelancer Orientation 1 90%
numeracy_1.png Basic Numeracy 1 90%
preferredfreelancer-1.png Preferred Freelancer Program SLA 1 82%

Principales habilidades

Matlab and Mathematica 220
Engineering 219
Electrical Engineering 185
Electronics 169
Algorithm 167

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