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This project implements the Rabin Cryptosystem in SageMath, a public-key encryption algorithm based on the integer factorization problem. The system uses blum primes for p and q to simplify the decryption process.

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Rabin

This project implements the Rabin Cryptosystem in SageMath, a public-key encryption algorithm based on the integer factorization problem. The system uses blum primes for p and q to simplify the decryption process.

Introduction

This implementation of rabin uses the sagemath libraries inverse_mod, is_blum_prime, and random_prime so you need sagemath for this implementation to work properly. The code is in Jupyter Notebook format for simplicity.

Installation

To install the tool, clone the repository and download the notebook file. You can run the notebook file in a Jupyter Notebook environment.

Expected output

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This project implements the Rabin Cryptosystem in SageMath, a public-key encryption algorithm based on the integer factorization problem. The system uses blum primes for p and q to simplify the decryption process.

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