方法首先设计了一种基于位编码和坐标变换的快速3D细化算法来提高提取器官骨架的运算速度；
Method A 3D thinning algorithm based on bit encoding and coordinates transform was designed to speed up the calculation of extracting the skeleton.
经d NA序列分析表明所获基因含有全部前导序列，其成熟蛋白编码部分与从第一骨架区引物所克隆的序列相符。
DNA sequences analysis indicated that the cloned genes included the whole leader sequences and the mature Ig protein encoding regions.
用形态学方法对海图信息进行压缩和恢复，然后用游程编码对骨架进行编码和解码，达到用最少的空间存储最多的信息。
This paper presents a new method, in which nautical chart information can be compressed and restored by mathematical morphology technique.
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