摘要
生物信息学的发展为软件体系结构的研究带来的认识,基于仿生学的软件体系结构的研究就是其中之一,它是以仿生学为基础,从设计思维出发,并体现概念设计的全过程,运用拟态、演化、嵌套等方法构造出具有生物特性的软件体系结构。更深层次的研究过程是从软件结构的深层含义、仿生的数学原理以及软件结构与生物结构的相似性等方面展开的,将为软件体系结构的创新提供新的方向,为软件危机的解决找到新的途径。
The development of bioinformatics brings the new insights for people in the software architecture. The research of software architecture-based bionics is one of them. It is based on bionics, and starts from the design thinking, and reflects the whole process of the conceptual design. It uses mimicry, evolution, nesting and other methods construct biological characteristics of software architecture. The deeper research starts from the deep meaning of software architecture, the mathematical principle of bionics and the similarity between software structure and biological structure, etc. It will provide a new soil for innovation in the software architecture, it will find a new way to solve the software crisis.
出处
《计算机工程与设计》
CSCD
北大核心
2010年第8期1714-1717,1730,共5页
Computer Engineering and Design
关键词
软件体系结构
仿生
相似性
分形
标度
混沌
组合
software architecture
bionic
similarity
chaotic
fractal
scaling
combination