Description: discussion of the ongoing developments in reserving and risk-based capital RBC requirements for variable annuities including stochastic scenario projections

Description: Discussion of the biases understatement of risk/reserves that arise when aggregating cells in modeling Variable Annuity Minimum Guaranteed Death Benefits

Description: This article is a call for work that has been done in stochastic modeling and papers in the area of of stochastic modeling of investment returns in respect of the maturity and mortality guarantees offered on segregated fund and variable annuity products. These will be used in the symposium on stochastic modeling in September 1999 sponsored by the CIA, SOA and Actuarial Foundation.

Description: New Zealand is about to launch its first variable annuity with guaranteed lifetime withdrawal benefits. The product design is mindful of the lessons from the financial crisis in the United States, Europe and Japan.

Description: We analyze how volatility management techniques in VAs affected policyholders and insurance companies

Description: Feature article from the newsletter Product Matters discussing variable annuities and principle-based approaches to reserve and capital requirements.

Description: Discusses the newly adopted actuarial guideline for variable annuity reserving which is principles-based. It requires the calculation of both, a standard deterministic scenario reserve and a stochastic reserve - of which the larger of the two is used. This article discusses why for some companies the deterministic reserves dominate and for others the stochastic one does.

Description: The article described two methods for calculating the benefit ratio described in AICPA Standard of Practice SOP 03-1. Method 1 calculates the benefit ratio as the quotient of the expectation of A and the expectation of B where A is benefits and B is assessments. Method 2 calculates the benefit ratio as the expectation of the quotient of A and B.

Description: The purpose of this discussion is to introduce a few additional points and discuss how different assumptions will alter the results in some cases.