ARMAsel作为一种随机数据语言

P. Broersen
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引用次数: 1

摘要

两个不同的高阶时间序列模型表示与非参数周期图完全相等的参数谱估计。因此,参数谱和非参数谱及自相关分析的原材料是相同的。在非参数估计中,周期图用窗口平滑以减少或去除不重要的细节。这给所有修改的非参数估计的细节带来了失真,这些估计由窗口的形状和宽度定义。相比之下,参数时间序列模型可以消除高阶细节而不会扭曲剩余的低阶细节。首先,对不同类型和顺序的候选模型进行估计。从这些候选模型中,自动选择单个时间序列模型,而无需用户交互。用ARMAsel算法选择模型顺序和模型类型,让数据说话和决定。所有其他候选模型的估计精度提出了有趣的替代模型,这可以称为数据的语言
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ARMAsel as a Language for Random Data
Two different high order time series models represent a parametric spectral estimate that is exactly equal to the non-parametric periodogram. Hence, the raw material for parametric and for non-parametric spectral and autocorrelation analysis is the same. In non-parametric estimation, the periodogram is smoothed with a window to diminish or remove insignificant details. That gives a distortion to the details of all modified non-parametric estimates, defined by the shape and by the width of the window. In contrast, parametric time series models can eliminate higher order details without distorting the remaining lower order details. First, many candidate models are estimated, with different type and order. From those candidates, a single time series model is selected automatically, without user interaction. The selection of model order and model type with the ARMAsel algorithm lets the data speak and decide. Interesting alternative models are suggested by the estimated accuracies of all other candidates, in what can be called the language of the data
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