###
DOI:
Journal of Software:1994.5(11):50-58

基于类型一阶理论的逻辑自动编程
姜涛,孙怀民
(北京航空航天大学计算机科学与工程系,北京 100083)
AUTOMATIC LOGIC PROGRAMMING BASED ON FIRST ORDER MANY SORTED THEORY
Jiang Tao,Sun Huaimin
()
Abstract
Chart / table
Reference
Similar Articles
Article :Browse 2792   Download 2649
Received:April 07, 1992    Revised:June 18, 1992
> 中文摘要: 本文用类型一阶理论来定义逻辑程序,并通过引入Lakatos的基于证伪的发现方法论将原有的封闭型类型一阶理论改造为开放的类型一阶理论.在此基础上,建立了一个基于假说演算的逻辑自动编程理论,并利用这一理论在Sun工作站上建立了一个自动设计Prolog型程序的实验系统.
Abstract:In order to build a theory of automatic logic programming, Lakatos' discovery logic based on the method of falsification was used in the typed first order theory (closed) to form the open typed first order theory. Two critical concepts, proof calculus and hypothesis calculus, were introduced in this paper as key algorithms of machine discover.An experimental system ALP(Automatic Logic Programming) was built up on sun workstation,and this system can auto-design some complicate programs, such as: list permutation,list combination,insert sort,some set calculations, etc.
文章编号:     中图分类号:    文献标志码:
基金项目:国家高科技发展计划,国家自然科学基金 国家高科技发展计划,国家自然科学基金
Foundation items:
Reference text:

姜涛,孙怀民.基于类型一阶理论的逻辑自动编程.软件学报,1994,5(11):50-58

Jiang Tao,Sun Huaimin.AUTOMATIC LOGIC PROGRAMMING BASED ON FIRST ORDER MANY SORTED THEORY.Journal of Software,1994,5(11):50-58