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This is a web-based tool for calculating the Banker's Algorithm, a deadlock avoidance method used in operating systems. It allows users to input resource allocation data and determine whether the system is in a safe state.

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💻 Banker's Algorithm Web App

This is a web-based tool for calculating the Banker's Algorithm, a deadlock avoidance method used in operating systems. It allows users to input resource allocation data and determine whether the system is in a safe state.


🌐 Live Demo

👉 Live Demo


🚀 Features

  • 🔢 Input total available resources (A, B, C)
  • 📋 Enter Allocation and Maximum matrices for 5 processes
  • 🧮 Automatically calculates the Need matrix
  • 🛡️ Determines whether the system is in a safe or unsafe state
  • 📖 Direct links to GeeksforGeeks articles:
    • Banker's Algorithm
    • Safety Algorithm
    • Resource Request Algorithm
  • 📱 Fully responsive design using Bootstrap and Tailwind CSS

🖼️ Screenshots

📥 Example Input

Click the "Example" button to auto-fill input fields with a sample dataset:

Example Input

▶️ Run Algorithm

Click the "Run Algorithm" button to execute and visualize the result:

Algorithm Result


🛠️ Built With

  • HTML
  • Bootstrap
  • Tailwind CSS
  • JavaScript

👤 Author

Bhavy Zala
📧 Email: [email protected]
🌐 GitHub: @zalabhavy


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This is a web-based tool for calculating the Banker's Algorithm, a deadlock avoidance method used in operating systems. It allows users to input resource allocation data and determine whether the system is in a safe state.

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