Analysis of Implementation of HIEROCRYPT–3 Algorithm and Comparison to CAMELLIA Algorithm

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Title: Analysis of Implementation of HIEROCRYPT–3 Algorithm and Comparison to CAMELLIA Algorithm

Authors: Marcin ROGAWSKI

Abstract: This research paper analyzes the implementation of the HIEROCRYPT–3 algorithm and compares it to the CAMELLIA algorithm. It examines the main components of both algorithms, provides implementation details, and discusses performance results. The study concludes with a comparison of the two algorithms and implications for future research.

Main Research Question: How does the implementation of the HIEROCRYPT–3 algorithm compare to the CAMELLIA algorithm?

Methodology: The research paper uses a comparative analysis approach to examine the main components, implementation details, and performance of the HIEROCRYPT–3 and CAMELLIA algorithms. It compares the algorithms in terms of encryption and decryption processes, key schedule, and hardware performance.

Results: The study finds that both algorithms have similar structures and key scheduling processes. However, the HIEROCRYPT–3 algorithm has a more complex encryption and decryption process, while the CAMELLIA algorithm has a more efficient key schedule. In terms of hardware performance, the CAMELLIA algorithm performs better, making it a more suitable choice for practical applications.

Implications: The research suggests that the HIEROCRYPT–3 algorithm may have potential applications in areas where a more complex encryption process is required, while the CAMELLIA algorithm is better suited for applications that prioritize efficiency and performance. The study also highlights the importance of comparing and analyzing different cryptographic algorithms to develop more secure and efficient systems.

Conclusion: In conclusion, the research paper provides a comprehensive analysis of the HIEROCRYPT–3 and CAMELLIA algorithms, comparing their main components, implementation details, and performance. It suggests that the CAMELLIA algorithm is a better choice for practical applications due to its more efficient key schedule and better hardware performance. The study also emphasizes the importance of comparing and analyzing different cryptographic algorithms to advance the field of cryptography.

Link to Article: https://arxiv.org/abs/0312035v1 Authors: arXiv ID: 0312035v1