本文已被:浏览 6079次 下载 2834次
中文摘要: 科学计算利用先进的计算能力认识和解决复杂的科学工程问题,它融建模、算法、软件研制和计算模拟为一体,是计算机实现其在高科技领域应用的必不可少的纽带和工具。计算、理论和实验一起已成为当今世界科学技术创新的主要方式。本文简要回顾了计算数学和科学计算的发展历史,从数值代数、数值逼近、最优化方法和微分方程计算方法等4个方面简要介绍了计算数学的主要研究内容和最新进展,最后提出进一步发展我国科学计算的建议。
Abstract:Scientific Computing understands and solves complex scientific and engineering problems using advanced computational capabilities.It integrates the studies of modeling,algorithm,software,and simulation and becomes the indispensable link and tool of the application of modern high performance computer in science and technology.Computation,together with the theory and experiment,has become the main method in current worldwide science and technology innovations.In this paper,we first briefly review the history and development of computational mathematics and scientific computing.Then we introduce the main research directions and recent development of computational mathematics in four fields: numerical algebra,numerical approximation,optimization method,and numerical methods for differential equations.Finally we propose several suggestions on further developing scientific computing in China.
文章编号: 中图分类号: 文献标志码:
基金项目:
作者 | 单位 |
陈志明 | 中国科学院数学与系统科学研究院 |
Author Name | Affiliation |
Chen Zhiming | Academy of Mathematics and Systems Science,CAS 100190 Beijing |
引用文本:
陈志明.科学计算:科技创新的第三种方法[J].中国科学院院刊,2012,(2):161-166.
Chen Zhiming.Scientific Computing:The Third Pillar in Science and Technology Innovations?[J].Bulletin of Chinese Academy of Sciences,2012,(2):161-166.
陈志明.科学计算:科技创新的第三种方法[J].中国科学院院刊,2012,(2):161-166.
Chen Zhiming.Scientific Computing:The Third Pillar in Science and Technology Innovations?[J].Bulletin of Chinese Academy of Sciences,2012,(2):161-166.