Mehdi Karami
karami-mehdi
Researcher 🧑🏻🔬 | Developer 👨🏻💻
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Utilizing AI and machine learning, the project extracts text from images via Apple's Vision Framework and offers instant answers to questions in documents through the BERT model.
This project focuses on detecting cyberattacks using advanced analytical techniques and a deep learning model. It leverages structured datasets and explores the use of algorithms for detecting anomalies or malicious behavior in network traffic or system logs.
In this project, we will create BPM (Beats Per Minute) Calculator & Counter using Heart Pulse Sensor, 0.96 OLED Display with 128x64 resolution & Arduino UNO Board.
Notebook for the Computational Intelligence course I took during the final semester of my bachelor’s, written in LaTeX.
Machine learning analysis for predicting solar power generation using weather and sensor data from solar plants. This project leverages historical data and machine learning to improve the efficiency of renewable energy systems by optimizing solar energy forecasting.
BookBench is a dynamic iOS app that streamlines library seat reservations. It uses SwiftUI and follows MVVM architecture. Key features include SignUp, LogIn, and Reset Password views with Firebase integration. The visually appealing launch screen and custom Lottie animation enhance the user experience.
Repositories
29This project focuses on detecting cyberattacks using advanced analytical techniques and a deep learning model. It leverages structured datasets and explores the use of algorithms for detecting anomalies or malicious behavior in network traffic or system logs.
This project simulates a temperature monitoring system using the DHT22 sensor and ESP8266 Wi-Fi module in the Wokwi simulator. The system reads temperature data from the DHT22 sensor and sends it to a mock server for monitoring.
Notebook for the Computational Intelligence course I took during the final semester of my bachelor’s, written in LaTeX.
The Traveling Salesman Problem (TSP) aims for the most efficient route across cities. This Python project, employing Tkinter and the Model-View-Controller (MVC) architecture, visualizes TSP solutions. It generates random cities, utilizes the nearest neighbor algorithm, and presents the optimal path with a Tkinter-based GUI.
Webpage that serves as a portfolio showcasing various aspects of who I am!
Config file for my GitHub profile.
📑 My Academic Curriculum Vitae (CV)
Utilizing AI and machine learning, the project extracts text from images via Apple's Vision Framework and offers instant answers to questions in documents through the BERT model.
No description provided.
📘 Today I Learned
Machine learning analysis for predicting solar power generation using weather and sensor data from solar plants. This project leverages historical data and machine learning to improve the efficiency of renewable energy systems by optimizing solar energy forecasting.
Where I Explore and Experiment with Julia Programming Language!
This project is a collection of command-line games implemented in Swift. that includes different types of games such as math games, bomb games, and flag games.
EoFormer: Edge-oriented Transformer for Brain Tumor Segmentation
UltraCortex is a Python-based toolkit for calculating and visualizing various metrics for MRI images following the BIDS (Brain Imaging Data Structure) format. The toolkit includes metrics such as Entropy Focus Criterion (EFC), Anatomical Signal-to-Noise Ratio (SNR), Contrast-to-Noise Ratio (CNR), and Coefficient of Joint Variation (CJV).
This project focuses on leveraging the MIT-BIH Arrhythmia DB to develop software solutions for diagnosing cardiac conditions. This repo will serve as a centralized hub for storing and organizing the codes, assignments, and homework related to bioinformatics lesson of University.
A repository for my computational neuroscience research. This repository contains scripts, analyses, and experiments I have conducted while exploring topics in the field of neuroscience, such as brain modeling, neural networks, signal processing, and data analysis.
This maintains proposals for changes and user-visible enhancements to the Swift Programming Language.
The project implements an algorithm that finds the closest pair of points in a 2D screen using a time complexity of O(n log n). The algorithm is implemented in an iOS application using the MVC architectural pattern.
BookBench is a dynamic iOS app that streamlines library seat reservations. It uses SwiftUI and follows MVVM architecture. Key features include SignUp, LogIn, and Reset Password views with Firebase integration. The visually appealing launch screen and custom Lottie animation enhance the user experience.
The Circumcircle Triangle Generator is an algorithm written with C Plus Plus. The function calculates triangle vertices on a circumcircle and gives the generated triangle points as output. An input of function controls the number of triangles, and so on...
This repo provides additional functionality to the Array type for generating permutations in Swift programming language. It includes two implementations of the permutations() function.
No description provided.
The Circumcircle Triangle Generator is a Cocoa-based Playground, Written with Swift. The app calculates triangle vertices on a circumcircle, updating the display based on user input. The number of triangles is controlled by a text field, allowing real-time adjustments and visualization of geometric patterns
app for showing space x rocket
Forked SunWave to contribute and collaborate on improvements.
Sample repository for the Git Apprentice book
In this project, we will create BPM (Beats Per Minute) Calculator & Counter using Heart Pulse Sensor, 0.96 OLED Display with 128x64 resolution & Arduino UNO Board.
A curated list of awesome neuroscience libraries, software and any content related to the domain.