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Generator of Synthetic Rainfall Time Series through Markov Hidden States

机译:通过马尔可夫隐藏状态生成的合成降雨时间序列

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This paper presents a method for generating synthetic daily rainfall time-series using Markov hidden states that preserve the temporal, spatial and rainfall quantity correlation in a climatologic network station or in a basin divided into catchments. The method does not require that the rainfall time series must be normally distributed and the seasonal rainfall dependence is managed with a non-homogeneous Markov process. Because the computer implementation does not require a large amount of resources, it is fast and accurately produces synthetic time series. The hydrologic model for simulation and planning developed for the Lerma river basin in Mexico was fed with synthetic rainfall time series generated with this method.
机译:本文提出了一种利用马尔可夫隐式状态生成合成日降雨时间序列的方法,该方法可在气候网络站或被划分为流域的流域中保持时间,空间和降雨量的相关性。该方法不需要必须按正态分布降雨时间序列,并且不需要使用非均匀的马尔可夫过程来管理季节性降雨依赖性。因为计算机实现不需要大量资源,所以它快速而准确地产生了合成时间序列。为墨西哥的勒马河流域开发的模拟和规划水文模型提供了用这种方法生成的合成降雨时间序列。

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