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Investigations on the Dual Calculus

机译:对偶演算的研究

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The Dual Calculus, proposed recently by Wadler, is the outcome of two distinct lines of research in theoretical computer science: (A) Efforts to extend the Curry-Howard isomorphism, established between the simply-typed lambda calculus and intuitionistic logic, to classical logic. (B) Efforts to establish the tacit conjecture that call-by-value (CBV) reduction in lambda calculus is dual to call-by-name (CBN) reduction. This paper initially investigates relations of the Dual Calculus to other calculi, namely the simply-typed lambda calculus and the Symmetric lambda calculus. Moreover, Church-Rosser and Strong Normalization properties are proven for the calculus' CBV reduction relation. Finally, extensions of the calculus to second-order types are briefly introduced.
机译:Wadler最近提出的对偶演算是理论计算机科学的两条截然不同的研究成果:(A)努力将简单类型的lambda演算与直觉逻辑之间建立的Curry-Howard同构性扩展到经典逻辑。 (B)努力建立默认猜想,即lambda演算中的按值调用(CBV)减少是按名称调用(CBN)减少的双重作用。本文首先研究对偶演算与其他计算(即简单型lambda演算和对称lambda演算)的关系。此外,Church-Rosser和“强归一化”属性被证明可用于演算的CBV减少关系。最后,简要介绍了微积分对二阶类型的扩展。

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