目前，需要人类帮助人工生命系统进化。
Currently, human hands are needed to help the artificial life systems evolve.
采用类比和统计分析的方法，分析了信息理论应用在通信系统、自然生命系统和人工生命系统中的相似和不同点。
The method of the comparison and statistical analysis are used to find the different applications of information theory among the communication system, natural life and artificial life.
简要介绍了人工生命的概念、基本原理与方法，指出它是解决复杂系统的有效途径。
This thesis briefly introduces the concept of artificial life, its fundamental principle and method, which is an effective approach for solving complex systems.
人工生命是指用计算机和精密机械等生成或构造表现自然生命系统行为特点的仿真系统或模型系统。
Artificial life is a simulated or modeling system generated or constructed by using computer and precise mechanism, which behaves like a natural life system.
介绍了人工生命在图像处理中的使用，人工生命方法把一张图像中的每个像素和一个生命如一只蚂蚁或一个细胞关联，然后按照一个系统规则进化。
Introduce the use of artificial life for image processing. The method associates each pixel in an image with a life such as an ant or a cell and it evolves according to a system of rules.
1987年兰顿首次提出了人工生命的概念，定义“人工生命是研究人工系统来模拟自然生命系统行为特性的学科”。
In 1987, artificial life was first proposed by C. G. Langton and he defined artificial life is the study of man-made systems that exhibit behaviors characteristic of natural living systems.
1987年兰顿首次提出了人工生命的概念，定义“人工生命是研究人工系统来模拟自然生命系统行为特性的学科”。
In 1987, artificial life was first proposed by C. G. Langton and he defined artificial life is the study of man-made systems that exhibit behaviors characteristic of natural living systems.
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