數學——計算機科學及應用未來不可或缺 [摘要]：自從上世紀七八十年代，計算機科學與技術得到了迅速的發展，但是，世界起初是有了數學以后才出現計算機科學的，它是數學的延續和發展的輔助工具。首先，高等數學是計算機程序設計的奠基石，任何一個計算機程序設計都離不開數學的理論基礎；其次，計算機科學的未來發展需要高等數學的輔助，計算機科學的發展過程中所使用的技巧是數學不可或缺的基礎；再次，計算機科學應用與數學密切相關。本文從數學是計算機科學發展的基礎、數學是計算機科學的奠基石、計算機未來的發展需要數學方法和技巧、計算機科學與數學密切相關等方面進行論述，最終得到一個結論：計算機科學與應用離不開數學，計算機科學未來的發展需要數學的輔助。 [關鍵詞]：數學 計算機科學 作用 【Abstract】：Since seven of the last century the eighties, computer science and technology have developed rapidly, but the world at first had appeared after the computer science and mathematics, which is a continuation and development of mathematical aids. First of all, mathematics is a cornerstone of computer programming, computer programming of any mathematical theory can not be separated; Secondly, the future of computer science supporting the development needs of mathematics, computer science, the development of the techniques used in mathematics indispensable foundation; again, applied computer science and mathematics are closely related. This article is from the mathematical basis for the development of computer science, mathematics is a cornerstone of computer science, computer future development needs and skills of mathematics, computer science and mathematics are closely related to other aspects of discourse, finally get a conclusion: computer science and applied can not be separated mathematics, computer science and the future development needs of secondary mathematics. [Keywords]: mathematics Computer Science Effect 目錄 前言 2 一、高等數學是計算機程序設計的奠基石 2 二、計算機科學的未來發展需要高等數學的輔助 2 三、計算機科學應用與高等數學密切相關 3 四、 結論 5 ［參考文獻］： 5
