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Electrical Engineering
Electronics
Engineering
Matlab and Mathematica
Wireless
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$10 USD / hora
Bandera de VENEZUELA
valencia, venezuela
$10 USD / hora
Aquí son las 7:27 a. m.
Se unió el junio 30, 2017
0 recomendaciones

Elecsolve I.

@EndersonFalcon

 4,8 (10 comentarios)
3,9
3,9
100%
100%
$10 USD / hora
Bandera de VENEZUELA
valencia, venezuela
$10 USD / hora
100 %
Trabajos finalizados
100 %
Dentro del presupuesto
95 %
A tiempo
16 %
Tasa de recontratación

Telecommunication engineering students.

Hello, I am not working as a freelancer since 2019. Regards, Hello, I am not working as a freelancer since 2019. Regards, Hello, I am not working as a freelancer since 2019. Regards,
Freelancer Electrical Engineers Venezuela
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Portafolio

5193422
In this project I determine the average channel capacity in a Rayleigh Fading environment using the diversity technique Maximal Ratio Combining for 1, 2 and 4 branch. In the figure is shown that with the use of 4 branches the average capacity of the channel aproximate to the theoretical Shannon capacity equation. In this project was used MATLAB, the principal used characteristics were numerical integration in a infinite range, functions, scripting.
Rayleigh Channel Capacity
4157756
In this project was made an H-Bridge multilevel inverter for a three phase system.
Three-Phase H-Bridge multilevel inverter
In this project was made an H-Bridge multilevel inverter for a three phase system.
Three-Phase H-Bridge multilevel inverter
In this project was made an H-Bridge multilevel inverter for a three phase system.
Three-Phase H-Bridge multilevel inverter
3779421
This image refers to the services we can provide and the tools I use. ELECSOLVE is our initiative to earn money with the knowledge that I currently have thanks to my educational training, we are: Br. Enderson J. Falcón G Br. Francis A. Rojas S. Thank you for taking a bit of your time to read my introduction.
Our services
3780877
In this personal project i show my habilities. The tool used was CST 2014. In the first row you can see a wireless power transfer system by means of an inductive resonant coupling that i made, there is showed the 3D structure of the coils that have close to 1 cm X 1 cm of area each one, in the second part is showed a plane in which is the magnetic field espacial distribution and finally also is showed the S parameters that show that the system is matching at 13.62 MHz. In this systems is used a frequency of 13.56 MHz but 13.56 MHz is very close. In the second row is showed an dual band patch antenna, this antenna was designed thanks to the optimization techniques of CST 2014. Was used CST Design for the tunning of the antenna and for the design of the 3D structure was used CST MICROWAVE STUDIO. In the same row can be see the S parameters that show a good return loss on each port at two frequencies, 7 GHz and 7.5 GHz and also a good isolations (S1,2 and S2,1 have a very low magnitude)
Design of a WPT system and a dual band antenna
3837502
This is a personal project, was a gift by the love day. This video game was designed with Game maker 8.
Video game for a beautiful girl
3837495
In this project we developed a program for optimization applications based on the method Bacterial Foraging Optimization Algorithm (BFOA). In the program the same was adjusted for optimize two variables x and y for search the minimum of a function that depend of x and y, however the optimization can be applied to objetive function that depend of more o two variables. The algorithm was designed on MATLAB.
Bacteria Foraging Optimization Algorithm (BFOA)
5193422
In this project I determine the average channel capacity in a Rayleigh Fading environment using the diversity technique Maximal Ratio Combining for 1, 2 and 4 branch. In the figure is shown that with the use of 4 branches the average capacity of the channel aproximate to the theoretical Shannon capacity equation. In this project was used MATLAB, the principal used characteristics were numerical integration in a infinite range, functions, scripting.
Rayleigh Channel Capacity
4157756
In this project was made an H-Bridge multilevel inverter for a three phase system.
Three-Phase H-Bridge multilevel inverter
In this project was made an H-Bridge multilevel inverter for a three phase system.
Three-Phase H-Bridge multilevel inverter
In this project was made an H-Bridge multilevel inverter for a three phase system.
Three-Phase H-Bridge multilevel inverter
3779421
This image refers to the services we can provide and the tools I use. ELECSOLVE is our initiative to earn money with the knowledge that I currently have thanks to my educational training, we are: Br. Enderson J. Falcón G Br. Francis A. Rojas S. Thank you for taking a bit of your time to read my introduction.
Our services
3780877
In this personal project i show my habilities. The tool used was CST 2014. In the first row you can see a wireless power transfer system by means of an inductive resonant coupling that i made, there is showed the 3D structure of the coils that have close to 1 cm X 1 cm of area each one, in the second part is showed a plane in which is the magnetic field espacial distribution and finally also is showed the S parameters that show that the system is matching at 13.62 MHz. In this systems is used a frequency of 13.56 MHz but 13.56 MHz is very close. In the second row is showed an dual band patch antenna, this antenna was designed thanks to the optimization techniques of CST 2014. Was used CST Design for the tunning of the antenna and for the design of the 3D structure was used CST MICROWAVE STUDIO. In the same row can be see the S parameters that show a good return loss on each port at two frequencies, 7 GHz and 7.5 GHz and also a good isolations (S1,2 and S2,1 have a very low magnitude)
Design of a WPT system and a dual band antenna
3837502
This is a personal project, was a gift by the love day. This video game was designed with Game maker 8.
Video game for a beautiful girl
3837495
In this project we developed a program for optimization applications based on the method Bacterial Foraging Optimization Algorithm (BFOA). In the program the same was adjusted for optimize two variables x and y for search the minimum of a function that depend of x and y, however the optimization can be applied to objetive function that depend of more o two variables. The algorithm was designed on MATLAB.
Bacteria Foraging Optimization Algorithm (BFOA)

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Mostrando 1 - 5 de 10 reseñas
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4,8
$35,00 USD
Project 20476723 has been deleted
He is an expert in Antenna and Circuit design. Will recommend and hire again
Avatar del usuario
Bandera de Sadman A.
@sadmanntnu
•
hace 5 años
5,0
€288,00 EUR
Project 19779111 has been deleted
Great work is done, with thorough professionalism,
P
Bandera de Patrick B.
@patboore123
•
hace 5 años
4,6
€72,00 EUR
FDTD Tutoring
He did an excellent job! I have a much clearer understanding of the subject. Definitely would recommend and hire him again, if needed!
Engineering
Matlab and Mathematica
Education & Tutoring
Mathematics
Physics
S
Bandera de Shriya P.
@shriyapeds23
•
hace 5 años
5,0
$20,00 USD
Project 15711091 has been deleted
Good work
D
Closed User
@Developer000
•
hace 5 años
4,4
RM633,00 MYR
wireless antenna and spice
thanks he did his best
Wireless
Microcontroller
Arduino
Bluetooth Low Energy (BLE)
Avatar del usuario
Bandera de Hakim S.
@kimi00
•
hace 6 años

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Principales habilidades

Electrical Engineering 8
Engineering 6
Electronics 6
Matlab and Mathematica 6
Wireless 4

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