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信息有序系列（ＩＯＳ）是笔者提出的一个新概念，是指具有非随机性定义的信息、非周期性、存在于大量无序中的有序部分特征的有序性。ＩＯＳ的理论是应用基于较少假设的、较为简单的数字或几何模式去研究地质体客观存在的复杂性，减少类似概率分布、周期性、平稳性、遍历理论等假设要求。ＩＯＳ中的一组现象，表面上看类似于周期，但被广义地定义，它们不能被谱分析和统计分析发现。“系列”一词用以与“模型”相区别，其特点是仅在有限范围和短时间内存在，是不平稳和遍历的。“有序”一词是强调在混沌中存在的有序部分，可应用于预测目的。所以，ＩＯＳ是有序性中一部分。大地震、热点、超大型矿床、节理等时空分布表明了ＩＯＳ的客观存在。
The information ordered series (IOS) is a new concept proposed by the author. It refers to the non-random information, non-periodic, there is a large number of disorderly ordered part of the order of the features. The theory of IOS is to use the simple hypotheses and simple numbers or geometric models to study the objective existence complexity of geologic bodies and to reduce the assumptions such as probability distribution, periodicity, stability and ergodic theory. A set of phenomena in IOS that look like cycles on the surface but are broadly defined and can not be found by spectral analysis and statistical analysis. The term “series” is used to distinguish it from “model”, which is characterized by its existence in a limited range and for a short period of time, which is unstable and ergodic. The word “orderly” emphasizes the orderly part existing in chaos and can be used for predictive purposes. So, IOS is part of the order. Large earthquakes, hot spots, super-large deposits, joints and other spatial and temporal distribution shows the objective existence of IOS.