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AI 根据所提供的论文材料归类:摘要明确以多变量纵向重复观测为对象,直接对应面板与纵向数据建模。

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关注这篇论文的作者
Peng Shi
Zifeng Zhao

利用成对 Copula 构造对捆绑保险风险进行依赖建模、定价与管理

研究问题
对于捆绑保险合同产生的多种重复风险观测,如何同时刻画单项风险的纵向依赖和不同风险间的关联,以支持定价与风险管理?
方法与思路
作者先用 D-vine 成对 Copula 为每种风险的纵向观测建模,再用灵活的 Copula 整合不同风险,并提出顺序估计与推断方法。
材料陈述的贡献
摘要称框架兼容连续、离散及混合观测;在保险应用中报告净收入提高约百分之九,忽略风险依赖会使留存组合风险低估约百分之十。
阅读关注点
应核对两层 Copula 的选择与识别、离散观测的处理、顺序估计误差传递,以及收入提升和风险低估所对应的基准与计算口径。
阅读边界
仅依据所给出版社摘要版本;应用使用专有保险数据,摘要未说明样本细节与结果不确定性,所报改善不能直接推广至其他组合。

原文摘要

We propose a dependence-aware predictive modeling framework for multivariate risks stemmed from an insurance contract with bundling features — an important type of policy increasingly offered by major insurance companies. The bundling feature naturally leads to longitudinal measurements of multiple insurance risks, and correct pricing and management of such risks is of fundamental interest to financial stability of the macroeconomy. We build a novel predictive model that fully captures the dependence among the multivariate repeated risk measurements. Specifically, the longitudinal measurement of each individual risk is first modeled using pair copula construction with a D-vine structure, and the multiple D-vines are then integrated by a flexible copula. While our analysis mainly focuses on multivariate insurance risks, the proposed model indeed contributes to the broad research area of longitudinal data analysis. In particular, it provides a unified modeling framework for multivariate longitudinal data that can accommodate different scales of measurements, including continuous, discrete, and mixed observations, and thus can be potentially useful for various economic studies. A computationally efficient sequential method is proposed for model estimation and inference, and its performance is investigated both theoretically and via simulation studies. In the application, we examine multivariate bundled risks in multi-peril property insurance using proprietary data from a commercial property insurance provider. The proposed model is found to provide improved decision making for several key insurance operations. For underwriting, we show that the experience rate priced by the proposed model leads to a 9% lift in the insurer’s net revenue. For reinsurance, we show that the insurer underestimates the risk of the retained insurance portfolio by 10% when ignoring the dependence among bundled insurance risks.

笔记与分组
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