期刊
INFORMATION PROCESSING LETTERS
卷 183, 期 -, 页码 -出版社
ELSEVIER
DOI: 10.1016/j.ipl.2023.106408
关键词
Lambda calculus; Numeral systems; Modular arithmetic; Functional programming
This research investigates encodings for modular arithmetic in the lambda-calculus. Two approaches are considered: adapting existing numeral systems and creating a new one. The focus of this paper is to provide original techniques for encoding modular arithmetic directly. A modular arithmetic numeral system is presented, complete with multiplication and an implementation of the Chinese remainder theorem, all without recursion i.e., without using fixed-point operators.
We investigate encodings for modular arithmetic in the lambda-calculus. There are two approaches: adapting well-known numeral systems, and building a new one. This paper focuses on providing original techniques to encode modular arithmetic directly. We present a modular arithmetic numeral system complete with multiplication and an implementation of the Chinese remainder theorem, all without recursion i.e., without using fixed-point operators.
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