信息和地理信息系统的二分类分层

A. V. Buravtsev
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引用次数: 0

摘要

系统分层是以连接层的形式构造其结构方法。分层通常被用作从异构集集合中分类或获得齐次集的方法。本文考察了按三位一体二分法分类的系统的定性特征。这种二分法是基于对所研究的系统和子系统的定性特征的识别和对比。本文介绍了信息与地理信息系统二分法的基本原理,运用三位一体对立二分法原理。在地理信息系统中,分层是在组织数据时额外使用的。本文描述了二分复杂性分析中使用的解析树。提出了一种确定地层体系定性特征的方法。给出了评价系统复杂性的准则。在一个维护地址寄存器的专用地理信息系统实例上,展示了信息系统二分分析原理的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Information and geoinformation systems dichotomous stratification
System stratification is constructing its structure method in the connected layers form. Stratification is often used as a classifying or obtaining homogeneous sets method from a heterogeneous sets collection. The article examines the systems qualitative features classified according to the trinitarian dichotomy scheme. The dichotomy is based on identifying and contrasting the qualitative features of the system under study and the subsystem. The article describes the information and geoinformation systems dichotomous division basic principles using the Trinitarian opposition dichotomy principle. In a geographic information system, stratification is used additionally when organizing data. The article describes the parsing tree used in the dichotomous complexity analysis. A method for determining the system qualitative characteristics strata is shown. A criterion for assessing the system complexity is given. An information system dichotomous analysis principle application is shown on a specialized geographic information system example for maintaining an address register.
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