通用Lisp对数学规划的偏好

Robert Smith
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引用次数: 0

摘要

公共Lisp是一种卓越的语言,它支持对科学和数学编程都有用的大量功能。然而,除了一些著名的系统,如Axiom、Macsyma/Maxima和ACL2之外,Lisp并没有在这类编程任务中占据中心位置。我们将分析现有的系统,包括计算机代数系统、技术计算系统和其他编程语言,以及它们在科学和数学规划中的应用。这样的讨论将为比较研究奠定基础。接下来,我们将详细说明Lisp的一些特性,这些特性增强了用该语言编写的程序的表达性、简单性和实用性。特别是,我们通过三个精心挑选的实用例子来做到这一点,这些例子出现在从特殊函数理论到数值模拟的各个领域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Common Lisp's Predilection for Mathematical Programming
Common Lisp is a towering language that supports a plethora of functionality useful for both scientific and mathematical programming. However---except for a few notable systems such as Axiom, Macsyma/Maxima, and ACL2---Lisp has not taken center stage for such kinds of programming tasks. We will analyze exiting systems, including computer algebra systems, technical computing systems, and other programming languages, and their utility in scientific and mathematical programming. Such a discussion will form a foundation for comparative study. Following that, we will expound on some features of Lisp that augment the expressiveness, simplicity, and utility of programs written in the language. In particular, we do so by way of three carefully selected pragmatic examples arising in fields ranging from the theory of special functions to numerical simulation.
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