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.
作者列举了三种可能的策略来阐释如何设计一个视网膜像素大小，并且为进化中实际选择的策略提供了证据。
I formulate three possible strategies for dealing with the problem of how large to make a retinal pixel, and present evidence for the one that evolution has selected.
在不断地进化中分割出受损区域，用受损像素周围的某种均值对其进行恢复。
In the course of the gradual evolution, it can segment the damaged region, then restore the damaged pixels by replacing them with some sort of average in the neighboring region.
在不断地进化中分割出受损区域，用受损像素周围的某种均值对其进行恢复。
In the course of the gradual evolution, it can segment the damaged region, then restore the damaged pixels by replacing them with some sort of average in the neighboring region.
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