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@RezaSaadatyar
RezaSaadatyar
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Reza Saadatyar RezaSaadatyar

Major interest is programming including: ● Machine learning● Deep Learning● Reinforcement Learning​● MATLAB●Python

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RezaSaadatyar/README.md

Hi, I'm Reza Saadatyar 👋

💫 About Me:
I have about five years of professional programming experience with different programming languages, and I'm particularly interested in MATLAB, Python, artificial intelligence, and teaching programming to others.

1 1

🌐 Socials:

gmail logolinkedin logoinstagram logotelegram logowhatsapp logo

💻 Tech Stack:
C++PythonRLaTeXMarkdownGoogle CloudQtKerasMatplotlibNumPyPandasPlotlyPyTorchscikit-learnScipyTensorFlowmlflowGitGitHubNotionAnacondaOpenCVGitLabMATLABLabView

📁 Projects and Courses:

🔶 MATLAB

🐍 Python

📊 GitHub Stats:


🏆 GitHub Trophies:

🔝 Top Contributed Repo:

Open Soruce & Projects:

TopicMATLABPythonJupyter Notebook
Machine Learning---
Deep Learning---
Reinforcement Learning---
Time Series Analysis---
Neurophysiological Signal Processing and Analysis---
EEG phase lag index------
Epileptic Seizure Detection Based on EEG Signals------
Motor imagery based EEG signal processing---
SSVEP based EEG signal processing------
Prediction of force from EMG signal---
Hammerstein ARMAX model------
PID adaptive control for knee angle prediction------
PID and Fuzzy Logic Controller for Rehabilitation------
Function in Python------
Object Oriented Programming------
Medical-Image-Processing---

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  1. Deep-Learning-in-pythonDeep-Learning-in-pythonPublic

    Deep Learning in python

    Jupyter Notebook 2

  2. Machine-Learning-in-PythonMachine-Learning-in-PythonPublic

    This repository contains functions/codes related to different methods of machine learning for classification and clustering in python.

    Jupyter Notebook 2

  3. Reinforcement-LearningReinforcement-LearningPublic

    The repository contains codes for RL (e.g., Q-Learning, Monte Carlo, …) in the form of Python files.

    Jupyter Notebook

  4. SSVEP-based-EEG-signal-processingSSVEP-based-EEG-signal-processingPublic

    This repository includes useful MATLAB codes for the detection of SSVEP in EEG signals using spatial filters, frequency recognition algorithms, and machine-learning methods.

    Jupyter Notebook 17 1

  5. Time-Series-Analysis-in-PythonTime-Series-Analysis-in-PythonPublic

    This repository contains Python functions for predicting time series.

    Python 13

  6. PyTorch-for-Machine-Learning-and-Deep-LearningPyTorch-for-Machine-Learning-and-Deep-LearningPublic

    Jupyter Notebook


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