Revealing Cluster Structures Based on Mixed Sampling Frequencies

Yeonwoo Rho, Yun Liu, Hie Joo Ahn
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Abstract

This paper proposes a new nonparametric mixed data sampling (MIDAS) model and develops a framework to infer clusters in a panel dataset of mixed sampling frequencies. The nonparametric MIDAS estimation method is more flexible but substantially less costly to estimate than existing approaches. The proposed clustering algorithm successfully recovers true membership in the cross-section both in theory and in simulations without requiring prior knowledge such as the number of clusters. This methodology is applied to estimate a mixed-frequency Okun's law model for the state-level data in the U.S. and uncovers four clusters based on the dynamic features of labor markets.
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基于混合采样频率的聚类结构揭示
本文提出了一种新的非参数混合数据采样(MIDAS)模型,并开发了一个从混合采样频率的面板数据集中推断聚类的框架。非参数MIDAS估计方法比现有方法更灵活,但成本更低。本文提出的聚类算法在理论上和仿真上都成功地恢复了截面上的真实隶属度,而不需要知道聚类的数量等先验知识。该方法用于估计美国州一级数据的混合频率奥肯定律模型,并根据劳动力市场的动态特征揭示了四个集群。
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