ALM Seminar, Arizona, 2007. This seminar focuses on pension finance applications for corporate ERISA & public pension funds. Problems and solutions discussed: Problems: 1. Underfunding 2. Higher contributions 3. Compounding in reverse negative leverage 4. Maturing plans 5. Longevity risk Solution process: 1. Adopt a pension finance framework 2. Design a custom liability index 3. Document economic solvency 4. Document cash flow budgeting 5. Segregate the liability portfolio 6. Segregate the performance portfolio 7. Reduce the deficit/optimize surplus 8. Port alpha to the liability beta portfolio 9. Monitor risk 10. Document

A study on modeling for retirement policy analysis. This initial chapter describes the scope of the project with detail on the variety of modeling approaches reviewed.

Chapter 10 of the Models for Retirement Policy Analysis. This chapter describes the Macroeconomic-Demographic Model of the U.S. Retirement Income System used to investigate alternative approaches to investment of the OASDI trust funds.

Revised pages for the RP-2000 Mortality Tables Report dated April 2000.

The SOA conducted a study of uninsured pension plan mortality in response to The Retirement Protection Act of 1994 and to ensure that the Treasury Department would have current and thorough information available when it considers updating the mandatory mortality table to be used when when calculating Current Liabilities for pension plans. The purpose of this report is to provide actuaries with all of the significant findings of the study along with a full explanation of when and how these should be used in reviewing or setting mortality rates for specific plans.

This is a 2003 supplement to the RP-2000 Mortality Table Report. Since the publication of the report, actuaries have become increasingly interested in using mortality rates that reflect adjustments for collar or benefit amount. This supplement addresses that interest by providing additional applicable tables.

Chapter 11 from the Models for Retirement Policy Analysis. PIMS is a microsimulation model that produces a distribution of PBGC’s exposure over a defined time interval. This chapter describes the major components of PIMS, the data types in PIMS, the PIMS simulation process, simulation activities, and current output.

Chapter 2 of the Models For Retirement Policy Analysis. This chapter describes microsimulation analysis and the basic features of microsimulation models. It provides background for the description of each of the microsimulation models reviewed in this report. Strengths and limitations of these models are addressed.

Chapter 3 of the Models for Retirement Policy Analysis. This chapter describes the Dynamic Simulation of Model Income DYNASIM which was the first large scale dynamic microsimulation model of the socioeconomic status and behavior of individuals and families. The strengths and limitations of the approach are addressed as well as accessibility and ease of use.

Chapter 4 of Models for Retirement Policy Analysis. The PRISM Pension and Retirement Income Simulation Model is a dynamic microsimulation model designed to simulate the retirement income and long term care utilization and financing of the elderly population. The strengths and limitations of the approach are addressed as well as accessibility and ease of use.