1 - 7 of 7 results (1.16 seconds)
Sort By:
  • Modeling Mortality Risk from Exposure to a Potential Future Extreme Event and Its Impact on Life Insurance
    northwestern Turkey at 3:02 local time on August 17, 1999, and lasted for 45 seconds (Sansal, 2003). ... or ( ) ( ) ( )[ ]ξξξτ −−+=+ tHtxstxs exp,;* . (17) Similarly, , the number of people surviving age ...

    View Description

    • Authors: Samuel Cox, Yungui Hu
    • Date: Sep 2008
    • Competency: External Forces & Industry Knowledge>Actuarial methods in business operations
    • Topics: Experience Studies & Data>Mortality; Finance & Investments>Risk measurement - Finance & Investments; Life Insurance
  • Stochastic Trend Models in Casualty and Life Insurance
    the data rather than classic re-sampling. 17 Neither approach provides a measure of the uncertainty ... then back-tested the chain ladder method, getting 17 actual readings of the real forecast errors. The ...

    View Description

    • Authors: Spencer M Gluck, Gary G Venter
    • Date: Apr 2009
    • Competency: External Forces & Industry Knowledge>Actuarial methods in business operations; Technical Skills & Analytical Problem Solving
    • Topics: Life Insurance; Modeling & Statistical Methods>Stochastic models
  • Impact of Economic and Population Trends on Insurance and Pension Operations
    would increase to 16% by 2040 and should not exceed 17% ever (unless population decreases). Another potential ... income in 1971: Couples Individuals ( $i0,000or more 17% (13% $ 5,000to $i0,000 32% ( $ 3,000to $ 5,000 ...

    View Description

    • Authors: E Allen Arnold, Joseph H Dowling, Robert H Jordan, J Craig Davidson
    • Date: Oct 1975
    • Competency: External Forces & Industry Knowledge
    • Publication Name: Record of the Society of Actuaries
    • Topics: Life Insurance; Pensions & Retirement
  • Analysis of Basic Actuarial Theory for Fixed Premium Variable Benefit Life Insurance
    becomes paid up ,_ iV + O/F,_ 1 t- iV Y , - - = 1, (17) ,_ iV+0 ,_iV and the face amounts change each ... ........ 14 ........ 15 ........ 16 ........ 17 ........ 18 ........ 19 ........ 20 ........

    View Description

    • Authors: Walter N Miller, John C Fraser, Charles M Sternhell
    • Date: Oct 1969
    • Competency: External Forces & Industry Knowledge>Actuarial methods in business operations; Technical Skills & Analytical Problem Solving>Innovative solutions
    • Topics: Life Insurance
  • mono-2011-m-as11-1-zhang
    mono-2011-m-as11-1-zhang 28302 1/19/2012 6:56:13 AM ... economic profits at the end of the policy life. 17 The IRR of the total dividend flows, denoted by ...
    • Date: Jan 2012
    • Competency: Technical Skills & Analytical Problem Solving
    • Topics: Enterprise Risk Management; Life Insurance
  • An Expanded Financial Structurefor Ordinary Dividends
    An Expanded Financial Structurefor Ordinary Dividends This paper expands on the traditional ... policies (see Lawrence M. Cathies, RA/A, II [1913], 17-19). Equation (1) forms a system of m + 2 unknowns ...

    View Description

    • Authors: Donald D Cody
    • Date: Oct 1999
    • Competency: Technical Skills & Analytical Problem Solving
    • Topics: Financial Reporting & Accounting; Life Insurance
  • Review of the Principles of Life-Office Valuations
    Review of the Principles of Life-Office Valuations The original purpose of this paper was to review ... Review ofth, e Principles of Life-Office Valuations 17 13. Conclusion It is fitting perhaps that this ...

    View Description

    • Authors: Frank M Redington
    • Date: Jan 1999
    • Competency: Technical Skills & Analytical Problem Solving
    • Topics: Life Insurance