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Parameter sets for post-quantum primitives have to be designed with their whole lifecycle in mind. Computers will likely evolve to include larger computing spaces, for instance, with processing in memory. This architecture change is already known to improve cryptographic performance. In this paper, we propose new parameter sets for Classic McEliece to benefit further from this change.

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McEliece Parameter Sets Optimized for Processing in Memory Architectures

  • 会议论文

  • 发表日期：

    2025年

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  • Cyrius Nugier,
  • Jean-Christophe Deneuville,
  • Eleonora Guerrini

摘要

Parameter sets for post-quantum primitives have to be designed with their whole lifecycle in mind. Computers will likely evolve to include larger computing spaces, for instance, with processing in memory. This architecture change is already known to improve cryptographic performance. In this paper, we propose new parameter sets for Classic McEliece to benefit further from this change.