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Monomorphisation can be used to extend monomorphic provers to support polymorphic logics. We describe a pragmatic iterative approach. We implemented it in the Zipperposition prover, where it is used to translate away polymorphism before invoking the monomorphic prover E as a backend. Our evaluation shows that this approach increases Zipperposition’s success rate. Moreover, we find that iterative monomorphisation outperforms some native implementations of polymorphism.

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Iterative Monomorphisation

  • 会议论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年

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  • Tanguy Bozec,
  • Jasmin Blanchette

摘要

Monomorphisation can be used to extend monomorphic provers to support polymorphic logics. We describe a pragmatic iterative approach. We implemented it in the Zipperposition prover, where it is used to translate away polymorphism before invoking the monomorphic prover E as a backend. Our evaluation shows that this approach increases Zipperposition’s success rate. Moreover, we find that iterative monomorphisation outperforms some native implementations of polymorphism.