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首页> 外文期刊>International Journal of Pattern Recognition and Artificial Intelligence >THE STATE OF ART AND FUTURE DEVELOPMENT OF MORPHOLOGICAL SOFTWARE TOWARDS GENERIC ALGORITHMS
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THE STATE OF ART AND FUTURE DEVELOPMENT OF MORPHOLOGICAL SOFTWARE TOWARDS GENERIC ALGORITHMS

机译：面向通用算法的形态学软件的最新发展和现状

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摘要

The goal of this paper is to establish the fundamental requirements of any morphological software in such a way as to produce reliable, precise, and generic algorithm representations in order to overcome the combinatorial explosion of the code needed to deal with all possible kinds of data structures and image types. Algorithms should be built with the guarantee that the desired implementation is written once, process data in an abstract way, and is efficient at the same time. Requirements are derived from a review of some of the most used software packages and image libraries with respect to mathematical morphology including Mmach, Mmorph, Micromorph and Visilog. Such a review makes it possible to characterize their advantages and drawbacks. These aspects call for software for mathematical morphology that has to be generic and should support a large variety of data types.
机译：本文的目的是建立任何形态软件的基本要求，以产生可靠，精确和通用的算法表示形式，从而克服处理各种可能的数据结构所需的代码的组合爆炸式增长和图像类型。构建算法时应确保所需的实现被编写一次，以抽象的方式处理数据，并且同时高效。需求是通过对一些最常用的软件包和图像库的数学形态学（包括Mmach，Mmorph，Micromorph和Visilog）的回顾得出的。这样的审查使得有可能表征其优点和缺点。这些方面需要用于数学形态学的软件，该软件必须是通用的，并且应支持多种数据类型。

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