Journal of Risk & Insurance · 2006 · 86 citations · 22 references
BusinessEconomicsFinanceActuarial ScienceFinancial EconomicsQuantitative FinanceLaw Of Large NumbersMarket RiskMortality ModelingOption PricingRisk AversionRisk TheoryMarkowitz Portfolio TheoryPremium Pricing ModelsPremium Risk PricingRisk Premia DecompositionRisk PremiumsRisk-based PremiumsSharpe Ratio BoundsStochastic Pricing Models
Abstract We provide an overview of how the law of large numbers breaks down when pricing life‐contingent claims under stochastic as opposed to deterministic mortality (probability, hazard) rates. In a stylized situation, we derive the limiting per‐policy risk and show that it goes to a non‐zero constant. This is in contrast to the classical situation when the underlying mortality decrements are known with certainty, per policy risk goes to zero. We decompose the standard deviation per policy into systematic and non‐systematic components, akin to the analysis of individual stock (equity) risk in a Markowitz portfolio framework. Finally, we draw upon the financial analogy of the Sharpe Ratio to develop a premium pricing methodology under aggregate mortality risk.
22
Survivor Bonds: Helping to Hedge Mortality Risk
David Blake, William Burrows · Journal of Risk & Insurance · 2001 · 366 citations
Business, Insurance, Public Finance +17