What can we learn from functional clustering of mortality data? An application to HMD data
Ainhoa-Elena L\'eger, Stefano Mazzuco

TL;DR
This paper uses functional data analysis to cluster and compare mortality patterns across developed countries over 50 years, revealing common stages and differences in mortality decline.
Contribution
It introduces a novel FDA clustering approach to analyze age-specific mortality curves, capturing detailed patterns missed by summary indicators.
Findings
Developed countries follow similar mortality decline stages with different timings.
Eastern European countries are still in early mortality decline stages.
FDA clustering provides a comprehensive view of mortality evolution.
Abstract
In most cases, mortality is analysed considering summary indicators (e.~g. or ) that either focus on a specific mortality component or pool all component-specific information in one measure. This can be a limitation, when we are interested to analyse the global evolution of mortality patterns without loosing sight of specific components evolution. The paper analyses whether there are different patterns of mortality decline among developed countries, identifying the role played by all the mortality components. We implement a cluster analysis using a Functional Data Analysis (FDA) approach, which allows us to consider age-specific mortality rather than summary measures as it analyses curves rather than scalar data. Combined with a Functional Principal Component Analysis (PCA) method it can identify what part of the curves (mortality components) is responsible for…
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Taxonomy
TopicsInsurance, Mortality, Demography, Risk Management · Global Health Care Issues
