arXiv cs/99010071999-01-15cs.PL

通用面向对象语言与计算机代数

Universal Object Oriented Languages and Computer Algebra

Alexander Yu. Vlasov

备注：: 5 pages LaTeX, (3 pages extended abstract of talk at International Conference: Computer Algebra in Scientific Computing, CASC'98, 20-24 Apr 1998, St.-Petersburg, Russia; + 2 pages of comments to 3 slides included as 3 separate ps files)
发表信息：: Computer Algebra in Scientific Computing. Extended abstracts of the International Conference CASC-98, ed by N.N.Vasiliev -- St.-Petersburg, 1998, pages 130 -- 132

摘要：

通用面向对象语言使程序设计更加简单和高效。在文章中被认为是使用类似的方法在计算机代数的可能性。一个清晰而强大的通用语言是有用的，如果特定的问题没有实现在标准软件包，如REDUCE，MATHEMATICA等，如果使用内部程序设计语言的包看起来不是很有效。像LISP这样的函数式语言在代数和符号操作方面有一些优势和传统。函数式编程和面向对象编程并不是不兼容的。被认为是一个纯粹的功能和代数表达式的操作对象的模型的扩展。

英文摘要：

The universal object oriented languages made programming more simple and efficient. In the article is considered possibilities of using similar methods in computer algebra. A clear and powerful universal language is useful if particular problem was not implemented in standard software packages like REDUCE, MATHEMATICA, etc. and if the using of internal programming languages of the packages looks not very efficient. Functional languages like LISP had some advantages and traditions for algebraic and symbolic manipulations. Functional and object oriented programming are not incompatible ones. An extension of the model of an object for manipulation with pure functions and algebraic expressions is considered.

机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。

摘要：

英文摘要：

相关论文