Prolog - the language and its implementation compared with Lisp

D. Warren, L. Pereira, Fernando C Pereira
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引用次数: 276

Abstract

Prolog is a simple but powerful programming language founded on symbolic logic. The basic computational mechanism is a pattern matching process (“unification”) operating on general record structures (“terms” of logic). We briefly review the language and compare it especially with pure Lisp. The remainder of the paper discusses techniques for implementing Prolog efficiently; in particular we describe how to compile the patterns involved in the matching process. These techniques are as incorporated in our DECsystem-10 Prolog compiler (written in Prolog). The code it generates is comparable in speed with that produced by existing DEC10 Lisp compilers. We argue that pattern matching is a better method for expressing operations on structured data than conventional selectors and constructors - both for the user and for the implementor.
Prolog -该语言及其实现与Lisp的比较
Prolog是一种简单但功能强大的基于符号逻辑的编程语言。基本的计算机制是对一般记录结构(逻辑的“项”)进行操作的模式匹配过程(“统一”)。我们将简要回顾该语言,并将其与纯Lisp进行比较。本文的剩余部分将讨论有效执行Prolog的技术;我们特别描述了如何编译匹配过程中涉及的模式。这些技术被纳入我们的DECsystem-10 Prolog编译器(用Prolog编写)。它生成的代码在速度上与现有的DEC10 Lisp编译器生成的代码相当。我们认为,与传统的选择器和构造器相比,模式匹配是在结构化数据上表达操作的更好方法——对用户和实现者都是如此。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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