mohamadamin-fjz

mohamadamin-fjz's Stars

• public-apis/public-apis

  A collective list of free APIs

  Language:Python323k4.2k64234.3k

• MatsuriDayo/nekoray

  Qt based cross-platform GUI proxy configuration manager (backend: sing-box)

  Language:C++14k871.4k1.3k

• qubvel/segmentation_models

  Segmentation models with pretrained backbones. Keras and TensorFlow Keras.

  Language:Python4.8k925281k

• matnbaz/matnbaz

  Source-code for the "matnbaz" project (Archived)

  Language:TypeScript58974224

• neuroneural/brainchop

  Brainchop: In-browser 3D MRI rendering and segmentation

  Language:JavaScript36571546

• Mark-Kramer/Case-Studies-Python

  An introduction to the practicing neuroscientist to data analysis in Python

  Language:Jupyter Notebook152121758

• haniehm26/rl-based-news-rs

  News Recommender System based on an Online Reinforcement Learning Model

  Language:Python11300

• SBU-CE/CE125-Linear-Algebra

  Linear Algebra Course Materials

  Language:Jupyter Notebook10200

• zivdar001matin/computational-intelligence-final-project

  Language:Python10200

• mohamadamin-fjz/rl-based-news-rs

  Language:Python6200

• SinaGhaffarzadeh/Functional-MRI-denoising-using-data-driven-multi-step-deep-neural-network

  A novel method for sampling the active and noisy areas is proposed by using the purification of gray and non-gray matter areas of fMRI data. Also, a data-driven network is proposed in a parallel, multi-step and integrated manner for optimal noise reduction of t-fMRI data.

  Language:Python6200

• SinaGhaffarzadeh/Classicification-of-8-Types-of-Sensitive-Cardiac-Arrhythmias-Using-Deep-Learning

  An artificial intelligence implementation on 8 arrhythmias that consist of Atrial Fibrillation, Atrial Flutter, Premature Atrial Contraction, Sinus Bradycardia, Supraventricular Tachycardia, Sinus Rhythm, Sinus Tachycardia, Premature Ventricular Contraction.

  Language:Python5201

• pootiney/Game-Design-face-emotion-recognition-autism

  Its my M.Sc. final project at University of Tehran

  Language:C#30

• m-abdollahi/Kermit-the-spike-sorter

  Kermit Spike Sorter is Spike sorting package with useful algorithms (Like Autoencoder and ...) for extracting number of neurons!

  Language:Jupyter Notebook2100

• m-abdollahi/Psychokit

  A unity based package for designing next generation psychophysics tasks!😉

  Language:C#2100

• m-abdollahi/zarinpal-flask

  Zarinpal module for Flask framework

  Language:Python2100

• mhyrzt/D2QN

  Implementation of Double DQN with Pytorch

  Language:Python20

• mohamadamin-fjz/BoneRegenration_PPI_network-analysis-with-networkx

  Language:Jupyter Notebook2100

• mohamadamin-fjz/Twitch-recommender-system

  i make a recommender system for twitch log dataset with python

  Language:Jupyter Notebook2100

• MRToghyani/Optimizing_Real_Estate_Investments

  Analyze home advertisement Prices in two District years and decide which home should you buy to get the most profit

  Language:Jupyter Notebook20

• MRToghyani/Web-Crawler

  Data Engineering Project : Creating a Web Crawler

  Language:Jupyter Notebook20

• alivafaeeshahi/Rosalind-solutions

  My solutions to Rosalind problems.

  Language:Python1

• haniehm26/Implementation-of-Gradient-Descent

  An Implementation of GD, SGD, Linear Regression, and Polynomial Regression using Python

  Language:Jupyter Notebook1200

• mohamadamin-fjz/different-parameters-on-mnist-neural-network

  we check different hyperparameters such as epoch depth and number of neurons in each layer on the performance of neural network.

  Language:Python1100

• mohamadamin-fjz/PSPNet-Vs-FPN

  In this fun project ,I implement both FPN and PSPnet on the same dataset and i compare the results of these two types of neural networks for machine vision a[[lications.

  Language:Jupyter Notebook1100

• mohamadamin-fjz/testing-different-hidden-layer-size-and-epsilon-cart-pole-game

  In this fun project i implement DQN for classic cart pole problem and i evaluate the effect of different epsilons for epsilon greedy

  Language:Jupyter Notebook1100

• mohamadamin-fjz/Unet_implementation

  in this notebook i implemented unet architecture to detect solar panels in images and image segmentation task with 70 % acccuracy.

  Language:Jupyter Notebook1100

• mohamadamin-fjz/Value-iteraton-DP-for-grid-world

  In this notebook we solve a grid world reinforcement learning problem with dynamic programing approach of Value iteration.

  Language:Jupyter Notebook1100

• MRToghyani/Skin-Cancer-Detection

  Transfer Learning for Skin Cancer Detection

  Language:Jupyter Notebook11