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<p>In today’s data centric world, data security in communication has become an inevitable need of the hour. In this research paper, we present a new three-dimensional chaotic system and a three-key mixing algorithm for text data encryption along with its circuit design. The distinctive chaotic behaviour of the suggested new chaotic system is validated by its Lyapunov exponents and Kaplan-Yorke fractal dimensions. In addition, we also implemented a three-key mixing algorithm which uses the proposed system to generate three cryptographic keys, on which XOR operation is performed to generate the final key sequence. The numerical simulation results and security analysis of the proposed scheme show that the encryption algorithm is highly dependent on initial conditions and is able to curb the eavesdropping capability of possible attacks.</p>

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A novel Three-Key mixing text encryption based on A new 3-D chaotic system

  • 期刊论文

  • 发表日期：

    2025年10月24日

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  • Kriti Suneja,
  • Arpit Garg,
  • Agam Sharma,
  • Arpit Yash

摘要

In today’s data centric world, data security in communication has become an inevitable need of the hour. In this research paper, we present a new three-dimensional chaotic system and a three-key mixing algorithm for text data encryption along with its circuit design. The distinctive chaotic behaviour of the suggested new chaotic system is validated by its Lyapunov exponents and Kaplan-Yorke fractal dimensions. In addition, we also implemented a three-key mixing algorithm which uses the proposed system to generate three cryptographic keys, on which XOR operation is performed to generate the final key sequence. The numerical simulation results and security analysis of the proposed scheme show that the encryption algorithm is highly dependent on initial conditions and is able to curb the eavesdropping capability of possible attacks.