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Matlab and Mathematica
Verilog / VHDL
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$15 USD / hora
Bandera de PAKISTAN
islamabad, pakistan
$15 USD / hora
Aquí son las 10:09 a. m.
Se unió el febrero 25, 2015
1 Recomendación

Rana Arslan A.

@Ars4r3Lancing

 4,9 (13 comentarios)
4,0
4,0
93%
93%
$15 USD / hora
Bandera de PAKISTAN
islamabad, pakistan
$15 USD / hora
82 %
Trabajos finalizados
100 %
Dentro del presupuesto
96 %
A tiempo
11 %
Tasa de recontratación

Electrical/Electronics/Signals,DSP/Telecom

********************* WELCOME Employers ******************* I am a diversified and trusted engineer who is passionate about work,learn, grow and always look for doing something different. My first priority is customer satisfaction and building long term trusted relation. In graduation, I have done many engineering projects for example: In robotics as fire fighter, line tracker, FPGA robotetc.. ___________ SKILLS LISTED ____________ MATLAB & LABVIEW Simulink & GUI Multisim/Proteus Verilog/VHDL ModelSim/Xilinx Embedded Systems/Robotics C&C++ Programming Arduino Power electronics & Control systems PCB Design: Eagle/Proteus Signals&Systems Digital Communications Wireless Communications Academic writing THANKS FOR VISITING ME !
Freelancer Matlab and Mathematica Engineers Pakistan
Ver todo Matlab and Mathematica Engineers en Pakistan

Contacta Rana Arslan A. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Portafolio

2423581
PROJECT DETAILS: 1- Product Design (mechanical and electrical). 2- Requirement of the project was to make an autonomous robot using field programmable gate arrays(fpga), encoders(Sensor) and H-bridges. 3- Designed two H-bridges for the purpose of motor driver, designed encoder circuitry and generated Pulse code mudulation(PWM) in Xilinx. 4- Further Testing the variable PWMs using CRO(Cathode Rays Oscilloscope), verified the encoder response and checked H-bridge functionality ...successfully. 5- Integration of the blocks into the system and after some troubleshooting, got success. 3) By hard work and research, an application of high speed autonomous robot implemented successfully.
FPGA BASED AUTONOMOUS ROBOT
PROJECT DETAILS: 1- Product Design (mechanical and electrical). 2- Requirement of the project was to make an autonomous robot using field programmable gate arrays(fpga), encoders(Sensor) and H-bridges. 3- Designed two H-bridges for the purpose of motor driver, designed encoder circuitry and generated Pulse code mudulation(PWM) in Xilinx. 4- Further Testing the variable PWMs using CRO(Cathode Rays Oscilloscope), verified the encoder response and checked H-bridge functionality ...successfully. 5- Integration of the blocks into the system and after some troubleshooting, got success. 3) By hard work and research, an application of high speed autonomous robot implemented successfully.
FPGA BASED AUTONOMOUS ROBOT
2697914
1- Control Systems: Design of State Feedback Controller for Inverted Pendulum System. 2- Electromechanical Systems: Matlab control engineering task related to 3-phase induction motor and technical writing. 3- Project Title: Computer Controlled Systems Type: Technical Solution Writing Brief description of assessment task: A temperature control system can be modelled by transfer function, G(s) : G(s) = C(s)/ M(s) = 5 exp (-ts) / s + 5 ; exp (-ts) represents a pure time delay in the system and t=1. You will be required to implement a digital PID controller to track the temperature setting without error.
Control Engineering, Control Systems different projects
1- Control Systems: Design of State Feedback Controller for Inverted Pendulum System. 2- Electromechanical Systems: Matlab control engineering task related to 3-phase induction motor and technical writing. 3- Project Title: Computer Controlled Systems Type: Technical Solution Writing Brief description of assessment task: A temperature control system can be modelled by transfer function, G(s) : G(s) = C(s)/ M(s) = 5 exp (-ts) / s + 5 ; exp (-ts) represents a pure time delay in the system and t=1. You will be required to implement a digital PID controller to track the temperature setting without error.
Control Engineering, Control Systems different projects
1- Control Systems: Design of State Feedback Controller for Inverted Pendulum System. 2- Electromechanical Systems: Matlab control engineering task related to 3-phase induction motor and technical writing. 3- Project Title: Computer Controlled Systems Type: Technical Solution Writing Brief description of assessment task: A temperature control system can be modelled by transfer function, G(s) : G(s) = C(s)/ M(s) = 5 exp (-ts) / s + 5 ; exp (-ts) represents a pure time delay in the system and t=1. You will be required to implement a digital PID controller to track the temperature setting without error.
Control Engineering, Control Systems different projects
1- Control Systems: Design of State Feedback Controller for Inverted Pendulum System. 2- Electromechanical Systems: Matlab control engineering task related to 3-phase induction motor and technical writing. 3- Project Title: Computer Controlled Systems Type: Technical Solution Writing Brief description of assessment task: A temperature control system can be modelled by transfer function, G(s) : G(s) = C(s)/ M(s) = 5 exp (-ts) / s + 5 ; exp (-ts) represents a pure time delay in the system and t=1. You will be required to implement a digital PID controller to track the temperature setting without error.
Control Engineering, Control Systems different projects
1- Control Systems: Design of State Feedback Controller for Inverted Pendulum System. 2- Electromechanical Systems: Matlab control engineering task related to 3-phase induction motor and technical writing. 3- Project Title: Computer Controlled Systems Type: Technical Solution Writing Brief description of assessment task: A temperature control system can be modelled by transfer function, G(s) : G(s) = C(s)/ M(s) = 5 exp (-ts) / s + 5 ; exp (-ts) represents a pure time delay in the system and t=1. You will be required to implement a digital PID controller to track the temperature setting without error.
Control Engineering, Control Systems different projects
1- Control Systems: Design of State Feedback Controller for Inverted Pendulum System. 2- Electromechanical Systems: Matlab control engineering task related to 3-phase induction motor and technical writing. 3- Project Title: Computer Controlled Systems Type: Technical Solution Writing Brief description of assessment task: A temperature control system can be modelled by transfer function, G(s) : G(s) = C(s)/ M(s) = 5 exp (-ts) / s + 5 ; exp (-ts) represents a pure time delay in the system and t=1. You will be required to implement a digital PID controller to track the temperature setting without error.
Control Engineering, Control Systems different projects
1- Control Systems: Design of State Feedback Controller for Inverted Pendulum System. 2- Electromechanical Systems: Matlab control engineering task related to 3-phase induction motor and technical writing. 3- Project Title: Computer Controlled Systems Type: Technical Solution Writing Brief description of assessment task: A temperature control system can be modelled by transfer function, G(s) : G(s) = C(s)/ M(s) = 5 exp (-ts) / s + 5 ; exp (-ts) represents a pure time delay in the system and t=1. You will be required to implement a digital PID controller to track the temperature setting without error.
Control Engineering, Control Systems different projects
1- Control Systems: Design of State Feedback Controller for Inverted Pendulum System. 2- Electromechanical Systems: Matlab control engineering task related to 3-phase induction motor and technical writing. 3- Project Title: Computer Controlled Systems Type: Technical Solution Writing Brief description of assessment task: A temperature control system can be modelled by transfer function, G(s) : G(s) = C(s)/ M(s) = 5 exp (-ts) / s + 5 ; exp (-ts) represents a pure time delay in the system and t=1. You will be required to implement a digital PID controller to track the temperature setting without error.
Control Engineering, Control Systems different projects
1- Control Systems: Design of State Feedback Controller for Inverted Pendulum System. 2- Electromechanical Systems: Matlab control engineering task related to 3-phase induction motor and technical writing. 3- Project Title: Computer Controlled Systems Type: Technical Solution Writing Brief description of assessment task: A temperature control system can be modelled by transfer function, G(s) : G(s) = C(s)/ M(s) = 5 exp (-ts) / s + 5 ; exp (-ts) represents a pure time delay in the system and t=1. You will be required to implement a digital PID controller to track the temperature setting without error.
Control Engineering, Control Systems different projects
2697881
Technical Objective: It is required to implement the following block diagram on Matlab. The ultimate outputs are: estimate the bit error rate, observe the effect of synchronization on the system performance, effect of the raised cosine filter, eye-diagram. Implemented QSK, RRC filter, AWGN, Eye Diagram and caculated the Error. BLOCK DIAGRAM attached. Thanks
Complete communication systems blocks implemented in MATlAB
2697866
There were some question related to Fourier analysis and Z-Transforms. Also using Pole-zero placement method designed a bandpass filter etc. Few results are being attached. Thanks
Digital signal processing questions - matlab
There were some question related to Fourier analysis and Z-Transforms. Also using Pole-zero placement method designed a bandpass filter etc. Few results are being attached. Thanks
Digital signal processing questions - matlab
There were some question related to Fourier analysis and Z-Transforms. Also using Pole-zero placement method designed a bandpass filter etc. Few results are being attached. Thanks
Digital signal processing questions - matlab
There were some question related to Fourier analysis and Z-Transforms. Also using Pole-zero placement method designed a bandpass filter etc. Few results are being attached. Thanks
Digital signal processing questions - matlab
2697823
A matlab program that reads a video file frame by frame, then tries to find something to detect the video has negative content. Negative content can be explained, death, war, fire, rape, nudity etc.
Negative content detection in videos,MATLAB Image processing
2697817
Introduction to project: This project is basically an electronic monitoring system which will allow remote monitoring of the system from a specific distance i.e. you don’t need to manually monitor anything. In this system, temperature of the lube oil used is continuously measured and monitored. In case if temperature rises from certain level, alarm goes off and a mechanism is auto started to lower the temperature up to certain level. And while lowering the temperature, it is also monitored to avoid un-necessary cooling of lube oil. Secondary, this project monitors the vibrations of rotating machines. Due to continuous monitoring, we are able to keep the vibrations in a limit using certain algorithm which prevents the damaging of the system. Attached GUI for for information please..
Vibration and Lube Temp System using LABVIEW GUI
2423581
PROJECT DETAILS: 1- Product Design (mechanical and electrical). 2- Requirement of the project was to make an autonomous robot using field programmable gate arrays(fpga), encoders(Sensor) and H-bridges. 3- Designed two H-bridges for the purpose of motor driver, designed encoder circuitry and generated Pulse code mudulation(PWM) in Xilinx. 4- Further Testing the variable PWMs using CRO(Cathode Rays Oscilloscope), verified the encoder response and checked H-bridge functionality ...successfully. 5- Integration of the blocks into the system and after some troubleshooting, got success. 3) By hard work and research, an application of high speed autonomous robot implemented successfully.
FPGA BASED AUTONOMOUS ROBOT
PROJECT DETAILS: 1- Product Design (mechanical and electrical). 2- Requirement of the project was to make an autonomous robot using field programmable gate arrays(fpga), encoders(Sensor) and H-bridges. 3- Designed two H-bridges for the purpose of motor driver, designed encoder circuitry and generated Pulse code mudulation(PWM) in Xilinx. 4- Further Testing the variable PWMs using CRO(Cathode Rays Oscilloscope), verified the encoder response and checked H-bridge functionality ...successfully. 5- Integration of the blocks into the system and after some troubleshooting, got success. 3) By hard work and research, an application of high speed autonomous robot implemented successfully.
FPGA BASED AUTONOMOUS ROBOT
2697914
1- Control Systems: Design of State Feedback Controller for Inverted Pendulum System. 2- Electromechanical Systems: Matlab control engineering task related to 3-phase induction motor and technical writing. 3- Project Title: Computer Controlled Systems Type: Technical Solution Writing Brief description of assessment task: A temperature control system can be modelled by transfer function, G(s) : G(s) = C(s)/ M(s) = 5 exp (-ts) / s + 5 ; exp (-ts) represents a pure time delay in the system and t=1. You will be required to implement a digital PID controller to track the temperature setting without error.
Control Engineering, Control Systems different projects
1- Control Systems: Design of State Feedback Controller for Inverted Pendulum System. 2- Electromechanical Systems: Matlab control engineering task related to 3-phase induction motor and technical writing. 3- Project Title: Computer Controlled Systems Type: Technical Solution Writing Brief description of assessment task: A temperature control system can be modelled by transfer function, G(s) : G(s) = C(s)/ M(s) = 5 exp (-ts) / s + 5 ; exp (-ts) represents a pure time delay in the system and t=1. You will be required to implement a digital PID controller to track the temperature setting without error.
Control Engineering, Control Systems different projects
1- Control Systems: Design of State Feedback Controller for Inverted Pendulum System. 2- Electromechanical Systems: Matlab control engineering task related to 3-phase induction motor and technical writing. 3- Project Title: Computer Controlled Systems Type: Technical Solution Writing Brief description of assessment task: A temperature control system can be modelled by transfer function, G(s) : G(s) = C(s)/ M(s) = 5 exp (-ts) / s + 5 ; exp (-ts) represents a pure time delay in the system and t=1. You will be required to implement a digital PID controller to track the temperature setting without error.
Control Engineering, Control Systems different projects
1- Control Systems: Design of State Feedback Controller for Inverted Pendulum System. 2- Electromechanical Systems: Matlab control engineering task related to 3-phase induction motor and technical writing. 3- Project Title: Computer Controlled Systems Type: Technical Solution Writing Brief description of assessment task: A temperature control system can be modelled by transfer function, G(s) : G(s) = C(s)/ M(s) = 5 exp (-ts) / s + 5 ; exp (-ts) represents a pure time delay in the system and t=1. You will be required to implement a digital PID controller to track the temperature setting without error.
Control Engineering, Control Systems different projects
1- Control Systems: Design of State Feedback Controller for Inverted Pendulum System. 2- Electromechanical Systems: Matlab control engineering task related to 3-phase induction motor and technical writing. 3- Project Title: Computer Controlled Systems Type: Technical Solution Writing Brief description of assessment task: A temperature control system can be modelled by transfer function, G(s) : G(s) = C(s)/ M(s) = 5 exp (-ts) / s + 5 ; exp (-ts) represents a pure time delay in the system and t=1. You will be required to implement a digital PID controller to track the temperature setting without error.
Control Engineering, Control Systems different projects
1- Control Systems: Design of State Feedback Controller for Inverted Pendulum System. 2- Electromechanical Systems: Matlab control engineering task related to 3-phase induction motor and technical writing. 3- Project Title: Computer Controlled Systems Type: Technical Solution Writing Brief description of assessment task: A temperature control system can be modelled by transfer function, G(s) : G(s) = C(s)/ M(s) = 5 exp (-ts) / s + 5 ; exp (-ts) represents a pure time delay in the system and t=1. You will be required to implement a digital PID controller to track the temperature setting without error.
Control Engineering, Control Systems different projects
1- Control Systems: Design of State Feedback Controller for Inverted Pendulum System. 2- Electromechanical Systems: Matlab control engineering task related to 3-phase induction motor and technical writing. 3- Project Title: Computer Controlled Systems Type: Technical Solution Writing Brief description of assessment task: A temperature control system can be modelled by transfer function, G(s) : G(s) = C(s)/ M(s) = 5 exp (-ts) / s + 5 ; exp (-ts) represents a pure time delay in the system and t=1. You will be required to implement a digital PID controller to track the temperature setting without error.
Control Engineering, Control Systems different projects
1- Control Systems: Design of State Feedback Controller for Inverted Pendulum System. 2- Electromechanical Systems: Matlab control engineering task related to 3-phase induction motor and technical writing. 3- Project Title: Computer Controlled Systems Type: Technical Solution Writing Brief description of assessment task: A temperature control system can be modelled by transfer function, G(s) : G(s) = C(s)/ M(s) = 5 exp (-ts) / s + 5 ; exp (-ts) represents a pure time delay in the system and t=1. You will be required to implement a digital PID controller to track the temperature setting without error.
Control Engineering, Control Systems different projects
1- Control Systems: Design of State Feedback Controller for Inverted Pendulum System. 2- Electromechanical Systems: Matlab control engineering task related to 3-phase induction motor and technical writing. 3- Project Title: Computer Controlled Systems Type: Technical Solution Writing Brief description of assessment task: A temperature control system can be modelled by transfer function, G(s) : G(s) = C(s)/ M(s) = 5 exp (-ts) / s + 5 ; exp (-ts) represents a pure time delay in the system and t=1. You will be required to implement a digital PID controller to track the temperature setting without error.
Control Engineering, Control Systems different projects
2697881
Technical Objective: It is required to implement the following block diagram on Matlab. The ultimate outputs are: estimate the bit error rate, observe the effect of synchronization on the system performance, effect of the raised cosine filter, eye-diagram. Implemented QSK, RRC filter, AWGN, Eye Diagram and caculated the Error. BLOCK DIAGRAM attached. Thanks
Complete communication systems blocks implemented in MATlAB
2697866
There were some question related to Fourier analysis and Z-Transforms. Also using Pole-zero placement method designed a bandpass filter etc. Few results are being attached. Thanks
Digital signal processing questions - matlab
There were some question related to Fourier analysis and Z-Transforms. Also using Pole-zero placement method designed a bandpass filter etc. Few results are being attached. Thanks
Digital signal processing questions - matlab
There were some question related to Fourier analysis and Z-Transforms. Also using Pole-zero placement method designed a bandpass filter etc. Few results are being attached. Thanks
Digital signal processing questions - matlab
There were some question related to Fourier analysis and Z-Transforms. Also using Pole-zero placement method designed a bandpass filter etc. Few results are being attached. Thanks
Digital signal processing questions - matlab
2697823
A matlab program that reads a video file frame by frame, then tries to find something to detect the video has negative content. Negative content can be explained, death, war, fire, rape, nudity etc.
Negative content detection in videos,MATLAB Image processing
2697817
Introduction to project: This project is basically an electronic monitoring system which will allow remote monitoring of the system from a specific distance i.e. you don’t need to manually monitor anything. In this system, temperature of the lube oil used is continuously measured and monitored. In case if temperature rises from certain level, alarm goes off and a mechanism is auto started to lower the temperature up to certain level. And while lowering the temperature, it is also monitored to avoid un-necessary cooling of lube oil. Secondary, this project monitors the vibrations of rotating machines. Due to continuous monitoring, we are able to keep the vibrations in a limit using certain algorithm which prevents the damaging of the system. Attached GUI for for information please..
Vibration and Lube Temp System using LABVIEW GUI

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1,0
€650,00 EUR
help regarding circuit design
*********************************************CAUTION CAUTION CAUTION BEWARE OF ************************************************ "He didn't understand project specifications,he could not meet my project objectives He forced me to deposit 25 percent of money through western union . i suggest freelancer is good and safe. ensure he understand the project before awarding to this dishonest Person from PAK else he would trick you that he has done it. never you release your milestone except you are 100 percent sure of your project because he would pressure you to release milestones. he has not got any knowledge what so ever, if you award him a project he transfers it to someone (+92 3430560331) and on the long run u get a another docuement with different specifications. I WILL NEVER ADVICE EVEN MY ENEMY TO WORK WITH HIM. if you insist working with him, its at your own risk and waste of time you can never regain. THE WORST PERSON I EVER MET."he demanded 100 euros OR project fee but i played a trick to get my money back. *************GUIDELINES****************** 1.Test his subject knowledge before awarding a project(c,c++,mathlab,analog design) 2 Never transfer money by western union 3 Dont trust him completely . Keep an Eye on his work..
T
Bandera de Chennam P.
@tarun9989
•
hace 7 años
3,8
₹3.700,00 INR
Project for Ars4r3Lancing -- 2
Good Job. I will hire him
Electronics
Matlab and Mathematica
Verilog / VHDL
Electrical Engineering
C++ Programming
+1 más
A
Closed User
@Aadhy
•
hace 7 años
5,0
$250,00 AUD
C++ programming for Electrical Engineering
Very great
Electrical Engineering
C++ Programming
M
Bandera de Mohammad A.
@Mha91
•
hace 8 años
5,0
$180,00 USD
Quartus VHDL Code Simulation
Very helpful and professional. Definitely would hire again!
Verilog / VHDL
M
Bandera de Dean M.
@mosquedacmm4
•
hace 8 años
5,0
$50,00 USD
labVIEW task need to be done
delivered work on time. Thanks
Electronics
Matlab and Mathematica
Electrical Engineering
LabVIEW
Avatar del usuario
Bandera de Shameema V.
@tutorapex
•
hace 8 años

Experiencia

Embedded System Design Engineer

Private Company Ltd.
feb 2015 - may 2015 (3 meses, 1 día)
I was the core part part of Embedded Team at Private Company.

Educación

B.E ELECTRICAL ENGINEERING

University of Engineering and Technology, Taxila, Pakistan 2016
(Menos de un año)

Calificaciones

Best Project Awards

University
2015
These includes digital design, control systems and embedded system design, digital system design, Wireless communications and digital communications projects.

Publicaciones

Antenna Design Project

Developed IEEE style paper
Paper was developed during the semester project.

Contacta Rana Arslan A. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Verificaciones

Freelancer preferente
Identidad verificada
Pago verificado
Teléfono verificado
Email verificado
Facebook conectado

Principales habilidades

Matlab and Mathematica 11
Electronics 9
Electrical Engineering 9
Verilog / VHDL 5
C++ Programming 4

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