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$10 USD / hora
Bandera de PAKISTAN
karachi, pakistan
$10 USD / hora
Aquí son las 5:50 p. m.
Se unió el octubre 30, 2019
0 Recomendaciones

Syeda Warda N.

@syedawardanaqvi

 5,0 (4 comentarios)
2,9
2,9
100%
100%
$10 USD / hora
Bandera de PAKISTAN
karachi, pakistan
$10 USD / hora
100 %
Trabajos finalizados
100 %
Dentro del presupuesto
100 %
A tiempo
33 %
Tasa de recontratación

I am a Web and Mobile App Developer

I am an innovative and highly motivated person. I joined this platform to offer my digital expertise in web development and mobile app development
Freelancer Matlab and Mathematica Engineers Pakistan
Ver todo Matlab and Mathematica Engineers en Pakistan

Contacta Syeda Warda N. sobre tu trabajo

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Portafolio

7021398
There are 40 classes that we need to train in pre trained network alexnet. Tasks: training,creating confusion matrix, testing, visualizing layers, analyze network
Scene Recognition
There are 40 classes that we need to train in pre trained network alexnet. Tasks: training,creating confusion matrix, testing, visualizing layers, analyze network
Scene Recognition
There are 40 classes that we need to train in pre trained network alexnet. Tasks: training,creating confusion matrix, testing, visualizing layers, analyze network
Scene Recognition
There are 40 classes that we need to train in pre trained network alexnet. Tasks: training,creating confusion matrix, testing, visualizing layers, analyze network
Scene Recognition
7021301
7 layer pretrained CNN named as vgg19 is implemented in order to recognize digits Tasks: 1) Training 2)Testing 3)Visualize CNN 4)Analyze the Network
Digit Recognition
7021118
1) An efficient gray scale conversion strategy involving optimised weights for the Red, Blue and Green channels.(don't use rgb2gray function) 2)Implemented RMS contrast measurement algorithm which measures the contrast of the grayscale obtained during the experiment in part a. 3)The histogram normalisation technique to improve the contrast of the image. 4)Choosed an appropriate optimised gray scale image which has the best contrast while retaining all the information required for further processing. 5) Implemented a segmentation algorithm in matlab to segment the image using its incoherent features and identify the RBCs and WBCs (all the cells with an approximate radius of more than 10 pixels).
Identification of RBCs and WBCs by doing image segmentation
5962059
The main objective of this project is to control the position of dc motor by using PID control system.In this project it is concluded that the response to a step reference has a settling time of roughly 34ms (< 40 ms), overshoot of 12% (< 16%), and no steady-state error. Additionally, the step disturbance response also has no steady-state error. So now we know that if we use a PID controller with = 21, = 500, and = 0.15, all of our design requirements will be satisfied.
PID based DC Motor Position Control System
The main objective of this project is to control the position of dc motor by using PID control system.In this project it is concluded that the response to a step reference has a settling time of roughly 34ms (< 40 ms), overshoot of 12% (< 16%), and no steady-state error. Additionally, the step disturbance response also has no steady-state error. So now we know that if we use a PID controller with = 21, = 500, and = 0.15, all of our design requirements will be satisfied.
PID based DC Motor Position Control System
The main objective of this project is to control the position of dc motor by using PID control system.In this project it is concluded that the response to a step reference has a settling time of roughly 34ms (< 40 ms), overshoot of 12% (< 16%), and no steady-state error. Additionally, the step disturbance response also has no steady-state error. So now we know that if we use a PID controller with = 21, = 500, and = 0.15, all of our design requirements will be satisfied.
PID based DC Motor Position Control System
5949590
This project is based on two parts 1) I have implemented general cyclic code and hamming code then pass it through awgn channel in order to measure performance of these codes with the help of graph between bit per error and signal to noise ratio. 2) I have implemented bch code and pass it through awgn channel and rayleigh fading channel in order to observe slow rayleigh fading effect with the help of graph between bit per error and signal to noise ratio. For all these codes i have found error correcting capabilities by introducing random error and checked decoded error to see the impact of error. In order to remove these errors i have implemented bpsk modulation , calculated syndrome table and then tried to remove all errors.
Performance of Cyclic Codes
This project is based on two parts 1) I have implemented general cyclic code and hamming code then pass it through awgn channel in order to measure performance of these codes with the help of graph between bit per error and signal to noise ratio. 2) I have implemented bch code and pass it through awgn channel and rayleigh fading channel in order to observe slow rayleigh fading effect with the help of graph between bit per error and signal to noise ratio. For all these codes i have found error correcting capabilities by introducing random error and checked decoded error to see the impact of error. In order to remove these errors i have implemented bpsk modulation , calculated syndrome table and then tried to remove all errors.
Performance of Cyclic Codes
This project is based on two parts 1) I have implemented general cyclic code and hamming code then pass it through awgn channel in order to measure performance of these codes with the help of graph between bit per error and signal to noise ratio. 2) I have implemented bch code and pass it through awgn channel and rayleigh fading channel in order to observe slow rayleigh fading effect with the help of graph between bit per error and signal to noise ratio. For all these codes i have found error correcting capabilities by introducing random error and checked decoded error to see the impact of error. In order to remove these errors i have implemented bpsk modulation , calculated syndrome table and then tried to remove all errors.
Performance of Cyclic Codes
This project is based on two parts 1) I have implemented general cyclic code and hamming code then pass it through awgn channel in order to measure performance of these codes with the help of graph between bit per error and signal to noise ratio. 2) I have implemented bch code and pass it through awgn channel and rayleigh fading channel in order to observe slow rayleigh fading effect with the help of graph between bit per error and signal to noise ratio. For all these codes i have found error correcting capabilities by introducing random error and checked decoded error to see the impact of error. In order to remove these errors i have implemented bpsk modulation , calculated syndrome table and then tried to remove all errors.
Performance of Cyclic Codes
This project is based on two parts 1) I have implemented general cyclic code and hamming code then pass it through awgn channel in order to measure performance of these codes with the help of graph between bit per error and signal to noise ratio. 2) I have implemented bch code and pass it through awgn channel and rayleigh fading channel in order to observe slow rayleigh fading effect with the help of graph between bit per error and signal to noise ratio. For all these codes i have found error correcting capabilities by introducing random error and checked decoded error to see the impact of error. In order to remove these errors i have implemented bpsk modulation , calculated syndrome table and then tried to remove all errors.
Performance of Cyclic Codes
5949549
Elgamal algorithm is used to encode and decode data in order to secure wireless communication. In this project i have encoded 32 characters only (as per client's demand). I have made this project in both CLI and GUI as per client's requirement.
Implementation of Elgamal Algorithm
Elgamal algorithm is used to encode and decode data in order to secure wireless communication. In this project i have encoded 32 characters only (as per client's demand). I have made this project in both CLI and GUI as per client's requirement.
Implementation of Elgamal Algorithm
Elgamal algorithm is used to encode and decode data in order to secure wireless communication. In this project i have encoded 32 characters only (as per client's demand). I have made this project in both CLI and GUI as per client's requirement.
Implementation of Elgamal Algorithm
Elgamal algorithm is used to encode and decode data in order to secure wireless communication. In this project i have encoded 32 characters only (as per client's demand). I have made this project in both CLI and GUI as per client's requirement.
Implementation of Elgamal Algorithm
7021398
There are 40 classes that we need to train in pre trained network alexnet. Tasks: training,creating confusion matrix, testing, visualizing layers, analyze network
Scene Recognition
There are 40 classes that we need to train in pre trained network alexnet. Tasks: training,creating confusion matrix, testing, visualizing layers, analyze network
Scene Recognition
There are 40 classes that we need to train in pre trained network alexnet. Tasks: training,creating confusion matrix, testing, visualizing layers, analyze network
Scene Recognition
There are 40 classes that we need to train in pre trained network alexnet. Tasks: training,creating confusion matrix, testing, visualizing layers, analyze network
Scene Recognition
7021301
7 layer pretrained CNN named as vgg19 is implemented in order to recognize digits Tasks: 1) Training 2)Testing 3)Visualize CNN 4)Analyze the Network
Digit Recognition
7021118
1) An efficient gray scale conversion strategy involving optimised weights for the Red, Blue and Green channels.(don't use rgb2gray function) 2)Implemented RMS contrast measurement algorithm which measures the contrast of the grayscale obtained during the experiment in part a. 3)The histogram normalisation technique to improve the contrast of the image. 4)Choosed an appropriate optimised gray scale image which has the best contrast while retaining all the information required for further processing. 5) Implemented a segmentation algorithm in matlab to segment the image using its incoherent features and identify the RBCs and WBCs (all the cells with an approximate radius of more than 10 pixels).
Identification of RBCs and WBCs by doing image segmentation
5962059
The main objective of this project is to control the position of dc motor by using PID control system.In this project it is concluded that the response to a step reference has a settling time of roughly 34ms (< 40 ms), overshoot of 12% (< 16%), and no steady-state error. Additionally, the step disturbance response also has no steady-state error. So now we know that if we use a PID controller with = 21, = 500, and = 0.15, all of our design requirements will be satisfied.
PID based DC Motor Position Control System
The main objective of this project is to control the position of dc motor by using PID control system.In this project it is concluded that the response to a step reference has a settling time of roughly 34ms (< 40 ms), overshoot of 12% (< 16%), and no steady-state error. Additionally, the step disturbance response also has no steady-state error. So now we know that if we use a PID controller with = 21, = 500, and = 0.15, all of our design requirements will be satisfied.
PID based DC Motor Position Control System
The main objective of this project is to control the position of dc motor by using PID control system.In this project it is concluded that the response to a step reference has a settling time of roughly 34ms (< 40 ms), overshoot of 12% (< 16%), and no steady-state error. Additionally, the step disturbance response also has no steady-state error. So now we know that if we use a PID controller with = 21, = 500, and = 0.15, all of our design requirements will be satisfied.
PID based DC Motor Position Control System
5949590
This project is based on two parts 1) I have implemented general cyclic code and hamming code then pass it through awgn channel in order to measure performance of these codes with the help of graph between bit per error and signal to noise ratio. 2) I have implemented bch code and pass it through awgn channel and rayleigh fading channel in order to observe slow rayleigh fading effect with the help of graph between bit per error and signal to noise ratio. For all these codes i have found error correcting capabilities by introducing random error and checked decoded error to see the impact of error. In order to remove these errors i have implemented bpsk modulation , calculated syndrome table and then tried to remove all errors.
Performance of Cyclic Codes
This project is based on two parts 1) I have implemented general cyclic code and hamming code then pass it through awgn channel in order to measure performance of these codes with the help of graph between bit per error and signal to noise ratio. 2) I have implemented bch code and pass it through awgn channel and rayleigh fading channel in order to observe slow rayleigh fading effect with the help of graph between bit per error and signal to noise ratio. For all these codes i have found error correcting capabilities by introducing random error and checked decoded error to see the impact of error. In order to remove these errors i have implemented bpsk modulation , calculated syndrome table and then tried to remove all errors.
Performance of Cyclic Codes
This project is based on two parts 1) I have implemented general cyclic code and hamming code then pass it through awgn channel in order to measure performance of these codes with the help of graph between bit per error and signal to noise ratio. 2) I have implemented bch code and pass it through awgn channel and rayleigh fading channel in order to observe slow rayleigh fading effect with the help of graph between bit per error and signal to noise ratio. For all these codes i have found error correcting capabilities by introducing random error and checked decoded error to see the impact of error. In order to remove these errors i have implemented bpsk modulation , calculated syndrome table and then tried to remove all errors.
Performance of Cyclic Codes
This project is based on two parts 1) I have implemented general cyclic code and hamming code then pass it through awgn channel in order to measure performance of these codes with the help of graph between bit per error and signal to noise ratio. 2) I have implemented bch code and pass it through awgn channel and rayleigh fading channel in order to observe slow rayleigh fading effect with the help of graph between bit per error and signal to noise ratio. For all these codes i have found error correcting capabilities by introducing random error and checked decoded error to see the impact of error. In order to remove these errors i have implemented bpsk modulation , calculated syndrome table and then tried to remove all errors.
Performance of Cyclic Codes
This project is based on two parts 1) I have implemented general cyclic code and hamming code then pass it through awgn channel in order to measure performance of these codes with the help of graph between bit per error and signal to noise ratio. 2) I have implemented bch code and pass it through awgn channel and rayleigh fading channel in order to observe slow rayleigh fading effect with the help of graph between bit per error and signal to noise ratio. For all these codes i have found error correcting capabilities by introducing random error and checked decoded error to see the impact of error. In order to remove these errors i have implemented bpsk modulation , calculated syndrome table and then tried to remove all errors.
Performance of Cyclic Codes
5949549
Elgamal algorithm is used to encode and decode data in order to secure wireless communication. In this project i have encoded 32 characters only (as per client's demand). I have made this project in both CLI and GUI as per client's requirement.
Implementation of Elgamal Algorithm
Elgamal algorithm is used to encode and decode data in order to secure wireless communication. In this project i have encoded 32 characters only (as per client's demand). I have made this project in both CLI and GUI as per client's requirement.
Implementation of Elgamal Algorithm
Elgamal algorithm is used to encode and decode data in order to secure wireless communication. In this project i have encoded 32 characters only (as per client's demand). I have made this project in both CLI and GUI as per client's requirement.
Implementation of Elgamal Algorithm
Elgamal algorithm is used to encode and decode data in order to secure wireless communication. In this project i have encoded 32 characters only (as per client's demand). I have made this project in both CLI and GUI as per client's requirement.
Implementation of Elgamal Algorithm

Comentarios

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Mostrando 1 - 4 de 4 reseñas
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5,0
$200,00 AUD
Task related Convolutional Neural Network in Matlab
Exceptional and Talented, she has a very sound knowledge of deep learning and Machine learning.
Matlab and Mathematica
Algorithm
Software Architecture
Machine Learning (ML)
Deep Learning
Avatar del usuario
Bandera de Muhammad H.
@HamzaBashirr
•
hace 4 años
5,0
$15,00 USD
using MATLAB design a Rayleigh fading channel and check its properties
it was a very good experience of working with her, i will definitely hire her again. :) project was completed in time and professionally!
Engineering
Electronics
Matlab and Mathematica
Algorithm
Electrical Engineering
Avatar del usuario
Bandera de Zain A.
@BlueBird24
•
hace 4 años
5,0
$25,00 USD
MATLAB Expert
Warda is Expert in Matlab and always delivered job ontime!
Engineering
Matlab and Mathematica
Algorithm
Electrical Engineering
Mathematics
Avatar del usuario
Bandera de Muhammad S.
@PHDThesis
•
hace 4 años
5,0
$24,00 USD
Matlab & signal engineer -- 88802
Thanks for your efforts. Recommended.
Engineering
Electronics
Matlab and Mathematica
Electrical Engineering
Mathematics
Avatar del usuario
Bandera de Yousef M.
@Fadi1978
•
hace 5 años

Educación

Bachelor in Computer Engineering

NED University of Engineering and Technology, Pakistan 2015 - 2019
(4 años)

Contacta Syeda Warda N. sobre tu trabajo

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Principales habilidades

Matlab and Mathematica 6
MATLAB 1
Mobile App Development
WordPress
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