shining0611armor's Stars
vittorioPiotti/Dijkstra-Bootstrap
Dijkstra Solver dal design efficace per creare e caricare esercizi su Dijkstra con visualizzazione di tutti i cammini minimi e con archi direzionabili
sondosaabed/Predicting-Diabetes-with-Decision-Trees
💉🤒 The project was built using maven project utilized WEKA in building the decision tree model and JavaFX in building GUI 💉🤒
sondosaabed/Iris-of-eyes-recognition
👁️ A Biometric Authentication system using Iris. Enrollment and Authentication Modules. End to End, Iris Segmentation Free using DCNNs, Accuracy of 93.15% 👁️
walidbosso/walidbosso
🔍 You are seeing an awesome and way organized profile readme, maybe the best on Github, with a blue and green theme 🌀🍏 and then rainbow theme merged in a way with workflows 🐍 and amusing ideas 🔥 ⭐ You made it this far I see. Give it a star ⭐ & fork it!📈
msinamsina/kntu-thesis
A Latex template for writing the thesis in K. N. Toosi university of technology
Ashutosh00710/github-readme-activity-graph
A dynamically generated activity graph to show your GitHub activities of last 31 days.
MJAHMADEE/MachineLearning2024W
Welcome to the official GitHub repository for the "Machine Learning" course 2024! In this course, we explore the fascinating world of machine learning, diving deep into the algorithms, techniques, and tools that enable computers to learn from data and make intelligent decisions.
shining0611armor/shining0611armor
Config files for my GitHub profile.
shining0611armor/Predicting-of-Turbofan-Engine-Degradation-Using-the-NASA-C-MAPSS-Dataset
This repository contains the implementation of a method to predict the remaining useful life (RUL) of turbofan engines based on the NASA C-MAPSS dataset. The approach is based on the reference paper by Shcherbakov et al., 2022, and includes data preprocessing, model training, and evaluation steps.
MJAHMADEE/AIinRobotics2024W
biswajitsahoo1111/rul_codes_open
This repository contains code that implement common machine learning algorithms for remaining useful life (RUL) prediction.
shining0611armor/Introduction_of_linear_algebra_for_AI
Here you can learn more about AI
shining0611armor/seminars_presentation_402-1
You can access to my presentation materials for 3 minute seminar and main seminar 1402
shining0611armor/SVM-Implementation
Here you will learn to implement SVM ( with scikit-learn or from scratch - multiclass and kernel based )