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生物形状的分析技术-III。

An analysis technique for biological shape-III.

作者信息

Bowie J E, Young I T

出版信息

Acta Cytol. 1977 Nov-Dec;21(6):739-46.

PMID:349986
Abstract

The motivation for a syntactic theory of shape was a belief that computer shape analysis could mimic human recognition procedures. The results described here suggest that heuristic techniques can be used to decompose and analyze complex objects. The derived decomposition algorithm gives quite good results when compared with human lobe determinations. In addition, it seems to follow closely the actual procedures used by observers in classifying shapes. The list structure output of the program clearly describes each shape element and greatly facilitates further analysis. Extensions of this work should be directed toward the development of more specific "rules" for shape decomposition, and more complete orientation information in the output list structure.

摘要

形状句法理论的动机是相信计算机形状分析可以模仿人类识别过程。这里描述的结果表明,启发式技术可用于分解和分析复杂物体。与人类叶状体判定相比,导出的分解算法给出了相当好的结果。此外,它似乎紧密遵循观察者在形状分类中使用的实际过程。程序的列表结构输出清楚地描述了每个形状元素,并极大地便于进一步分析。这项工作的扩展应朝着为形状分解开发更具体的“规则”,以及在输出列表结构中提供更完整的方向信息的方向进行。

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