Description: 2001 CSO preferred class structure mortality tables.

Description: The Society of Actuaries (SOA) and the LIMRA Secure Retirement Institute are pleased to present the results of new research on the retirement market in China.

Description: This report presents the results of our survey on post-level premium period lapse mortality assumptions and experience for level premium term products. The survey was conducted in mid-2006.

Description: This article outlines a practical approach for setting mortality rates using credibility theory. It includes formulas that can easily be applied to determine how much credibility to assign to the results of a mortality experience study.

Description: This SOA report provides an overview and analysis of the mortality models, theories and trends contained in the papers presented at the past four international Living to 100 symposia.

Description: U.S. population mortality rates by gender and single year of age for calendar years 2000-2014. To develop these rates, the SOA relied upon data furnished by the Centers for disease Control and Prevention, Centers for Medicare and Medicaid Services, and the Social Security Administration.

Description: The abstract for the paper Living to 100 and Beyond: An Extreme Value Study

Description: This paper discusses the current trend toward improved mortality rates at older ages. The paper then fits models to past trends, and projects future mortality based on a forward projection of these trends, and calculates annuity values based on these projections. From 2005 Living to 100 and Beyond Monograph, M-LI05-1.

Description: Transcript of the Q&A period from Session 4B. Papers presented: Typology and Review of Measures of Human Aging, Longevity and Superlongevity with Applications to US Data and Some Implications for US Public Programs and, Mortality Measurements at Advanced Ages: A Study of the Social Security Master Death File

Description: Estimation of hazard rates at extremely old ages poses serious challenges to researchers: 1 The observed mortality deceleration may be at least partially an artifact of mixing different birth cohorts with different mortality heterogeneity effect 2 Standard assumptions of hazard rate estimates may be invalid when risk of death is extremely high at old ages 3 Ages of very old people may be exaggerated. In this paper we propose an alternative approach, which gives an opportunity to resolve the first two problems by compiling data for more homogeneous single-year birth cohorts with hazard rates measured at narrow monthly age intervals. Possible ways of resolving the third problem of hazard rate estimation were elaborated.