Milad Nooraei's Projects
scraping Amazon laptop data and predicting prices using linear regression and random forest models
Working with patient datasets and calculating their Apache II and III scores
Efficiently Satisfying Hunger: Utilizing Trie Trees and Heap Data Structures to Find the Nearest Restaurant Alphabetically
Scraping data from IMDb Top 250 Movies and deriving insights from it
Unveiling Customer Dynamics: Analyzing a Massive Dataset of 3 Million Grocery Orders from 200,000 Users Over Time
Simulation of a Basic Clock and Name Block Logic Circuit using Proteus Design Suite
Here, I am summarizing my machine learning course and sharing my notes and codes
My GitHub About Me Profile
Developing a MIPS Instruction Interpreter
Implementation of Numerical Calculation Methods
Efficient Solutions for the Orienteering Problem: A Comparative Study of Dynamic Programming and Floyd-Warshall Algorithms
Unlock Persian HandWritten Digits Recognition with SVM and NN models, visually explore predictions with Matplotlib
Developing a PhoneBook Application as a Telegram Bot using Pyrogram: A Comprehensive Guide
Designing a Basic Banking System Using the C Programming Language: A Practical Guide
Pseudo Trello in Java: A To-Do List Application
Empowering football analytics through Transfermarkt data crawling, robust database design, and advanced analytics, yielding valuable insights and accurate predictions
Performed data pre-processing, optimized data warehousing, applied statistics and machine learning, and used Power BI for insightful visualizations to support informed decisions
Implementing the RISC-V architecture using Verilog
A Semi-Educational System Implemented Using Java
Developing a Basic Compiler for Parsing Math Equations into Three-Address Code
An extensive music data analysis and recommendation project, encompassing data scraping, cleaning, predictive modeling, clustering, and interactive data visualization
Developing an Efficient Travel Management System using Python's Tkinter GUI and MySQL Database Integration
Exploring the Conversion of x86 Assembly Instructions into Machine Code: A Primer on Simple x86 Assembler Implementation