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This project predicts flight delays using machine learning. It analyzes various factors such as weather, airline data, airport congestion, and flight capacity. With an accuracy of 80%, the model provides insights into key delay causes, helping improve flight scheduling and passenger experience.

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✈️ Flight Time Prediction Using Machine Learning

📖 Project Overview

This project focuses on predicting flight times to classify them as Early, Late, or On Time based on a comprehensive set of influencing factors. Utilizing various machine learning algorithms, our model achieved an accuracy of 80%, the highest in our class!

🚀 Key Features

  • Data Sources: Utilizes a rich dataset comprising:

    • Weather data
    • Airline data
    • Historical flight data
    • Current weather data
    • Airport congestion data
    • Flight capacity and wind flow
    • Average airport security congestion
  • Machine Learning Models: Implemented multiple combinations of machine learning models to enhance prediction capabilities.

  • Classification Accuracy: Achieved 80% accuracy in predicting flight statuses.

📊 Data Overview

The dataset includes various features that impact flight delays, such as:

  • Weather conditions (temperature, humidity, etc.)
  • Airline-specific data (flight schedules, operational history)
  • Historical delays
  • Real-time airport conditions (congestion, security checks)

⚙️ Installation

To run this project locally, ensure you have Python installed. Then clone the repository and install the required packages:

git clone https://github.com/hemilshah99316/FLIGHT_PREDICTION_ANALYSIS_USING_ML.git

OR

Download ZIP File

🎯 Future Work

  • Feature Enhancements: Incorporate more features like advanced weather forecasting and additional flight metrics.
  • Model Optimization: Experiment with other machine learning techniques to further improve accuracy.
  • Deployment: Create a web application for real-time flight status predictions.

About

This project predicts flight delays using machine learning. It analyzes various factors such as weather, airline data, airport congestion, and flight capacity. With an accuracy of 80%, the model provides insights into key delay causes, helping improve flight scheduling and passenger experience.

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