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Logistic Regression Models for Higher Order Transition Probabilities of Markov Chain for Analyzing the Occurrences of Daily Rainfall Data

机译:马尔可夫链的高阶跃迁概率的Logistic回归模型用于分析每日降雨数据的发生

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摘要

Logistic regression models for transition probabilities of higher order Markov models are developed for the sequence of chain dependent repeated observations. To identify the significance of these models and their parameters a test procedure for a likelihood ratio criterion is developed. A method of model selection is suggested on the basis of AIC and BIC procedures. The proposed models and test procedures are applied to analyze the occurrences of daily rainfall data for selected stations in Bangladesh. Based on results from these models, the transition probabilities of first order Markov model for temperature and humidity provided the most suitable option to model forecasts for daily rainfall occurrences for five selected stations in Bangladesh.
机译:针对链相关重复观测的序列,开发了用于高阶马尔可夫模型的转移概率的逻辑回归模型。为了确定这些模型及其参数的重要性,开发了一种似然比标准的测试程序。根据AIC和BIC程序,提出了一种模型选择方法。拟议的模型和测试程序被用于分析孟加拉国某些气象站每日降雨数据的发生。基于这些模型的结果,温度和湿度的一阶马尔可夫模型的转换概率为建模孟加拉国五个选定站点的每日降雨发生的预测提供了最合适的选择。

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