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Zahra Dehghanian's Projects

maximal_frequent_itemset icon maximal_frequent_itemset

In this repo. first, I use FP-growth algorithm to find frequent itemset (from pyfpgrowth library). second, find closed frequent itemsets and finally, find Maximal frequent itemset.

minhashing_spark icon minhashing_spark

In this repo. , I implement Cosine similarity and MinHashing function ( with and / or operator on band ) to find similarity to specific road in real Traffic dataset using PySpark.

minimum_distance_classifier_ocr icon minimum_distance_classifier_ocr

In this Repository. I implement a Minimum Distance classifier to detect Numbers in different picture. it was implemented in different section; The description that each part is implemented for, will follow .

ml-from-scratch icon ml-from-scratch

Machine Learning From Scratch. Bare bones NumPy implementations of machine learning models and algorithms with a focus on accessibility. Aims to cover everything from linear regression to deep learning.

msc_bsc_thesis icon msc_bsc_thesis

My Seminar report and Thesis of MSc degree and BSc degree in Amirkabir University of Technology

multiclass_logestic_regression icon multiclass_logestic_regression

In this Repository, I implement a multi-class LR with binary LR and one-vs-all technique on Mnist dataset. To test the classifier, I show the accuracy and confusion matrix of train and test set and show 25 random data from test set with true and predicted label.

multilayer_perceptron icon multilayer_perceptron

In this Repo. a Multilayer Perceptron is implemented. Both Regression and Classification task is done on yearpredictionmsd dataset.

ncrp_hlda icon ncrp_hlda

In this project, a simple Nested Chinese Restaurant Process is implemented. this is done by using HLDA for topic modeling with Gibbs Sampler. this project demonstrates the BBC Insight Dataset for evaluation.

neuralnetwork_on_fpga icon neuralnetwork_on_fpga

In this repository I implement a basic Neural Network in VHDL . this project has got 3 phase. in first part all function which is needed in future phase is implemented. in second phase a LSTM cell is implemented and at last phase, a simple neural network is built. This is final project for course FPGA , Dr. Sahebzamani.

numexinterpreter_programinglanguage icon numexinterpreter_programinglanguage

In this repository I implement a small interpreter for Numex language. this program was written with functional language in Racket. this is final project for course Design and Implementation of programming language, Dr. Fallah

pneumonia_diagnosis icon pneumonia_diagnosis

In this Repo. we use a ResNet model with transfer learning to classify pneumonia based on chest X-ray image. this is the first project of course "medical imaging" Dr. Rohban.

poetry_generator icon poetry_generator

A simple RNN-based neural network to create Farsi (Persian) poems, In this Repo. Ferdowsi's Poems (Shahnameh ) is created.

predict_delivery_time icon predict_delivery_time

Test AdaBoost, XGBoost, Light GBM, CatBoost, Random Forest, Decision Tree and simple Feed Forward Neural Net for predicting delivery time.

rcalad icon rcalad

Implementation of RCALAD Algorithm based on "Regularized Complete Adversarial Learned Anomaly Detection" paper *official code

scalable_sequential_spectral_clustering icon scalable_sequential_spectral_clustering

In this project , I implement SeqSC Algorithm based on "Scalable Sequential Spectral Clustering" paper. Also this repo contains implementation of KNN, Spectral Clustering, SVD, SeqKM, SSVD Algorithms and has got a simple GUI to show the Result of each Algorithm. This project was done under supervision of Dr. Amirmazlaghani

self_organizing_map icon self_organizing_map

In this Repo. first a SOFM network is implemented to reduce the dimension of pictures and then a multilayer perceptron is used to classify the faces. this project is done on Yale Face dataset : http://vision.ucsd.edu/content/yale-face-database

self_supervised_dermatological_image icon self_supervised_dermatological_image

Implement ProtoPNet idea in Barlow Setup to have an interpretable Barlow Encoder. This is a self-supervised methods to analyze dermatological and medical images.

semantics_segmentation_unet icon semantics_segmentation_unet

we will develop a U-Net for semantics segmentation of lung CT-scans. For this project, we will use a dataset consisting of CT-scans from lungs of COVID-19 patients. The regions affected by COVID-19 are marked with labels of ground glass opacity. we will be training and testing the U-Net model on this dataset.

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