Canadian Individual Payout Mortality Table - PowerPoint PPT Presentation

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Canadian Individual Payout Mortality Table

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Small but significant difference. Represents industry experience ... Not IAMS data. Warning: not for general use. 38. References. My paper on CIA web site (soon) ... – PowerPoint PPT presentation

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Title: Canadian Individual Payout Mortality Table


1
Canadian Individual Payout Mortality Table
  • IP-6

2
A new table
  • Why?
  • What?
  • So what?
  • What next?
  • How?

3
Why a new table?
  • No Canadian table
  • Improvement varies by age
  • CIA Study since 1980s

4
What is the table like?
  • Male Female
  • Ages 0-115
  • Insurance mortality to age 55
  • Flat at high end

5
CIP2005
6
Male
7
Male 60-100
8
Female
9
Female 60-100
10
Annuities Male _at_ 5
  • Age 83B 2005 CIP2005
  • 60 12.79 12.89
  • 65 11.36 11.49
  • 70 9.79 9.93
  • 75 8.09 8.22
  • 80 6.37 6.40

11
Annuities Female _at_ 5
  • Age 83B 2005 CIP2005
  • 60 13.65 13.80
  • 65 12.31 12.48
  • 70 10.79 11.03
  • 75 9.08 9.36
  • 80 7.25 7.48

12
So what do I do now?
  • Pricing
  • Valuation

13
Pricing Issues
  • Small but significant difference
  • Represents industry experience
  • Lower mortality for higher amounts
  • Review pricing assumption

14
Valuation Issues
  • Not a valuation table
  • MfAD in base or projection?

15
PfAD vs MfAD
16
PfAD vs MfAD
17
PfAD vs MfAD
18
PfAD vs MfAD
19
PfAD vs MfAD
20
PfAD(t)/PfAD(0)
21
PfAD(t) / PfAD(0)
22
PfAD vs MfAD
23
What next for the table?
  • Projection scale
  • Add more data
  • Some changes in method
  • Your input

24
How was the table constructed?
  • Technical part
  • Described in paper
  • Consider fundamentals
  • Consider turning points

25
Technical Agenda
  • Data
  • Graduation Method
  • Graduation Parameters
  • Young and Old
  • Improvement

26
Data
  • 13 years
  • 80
  • Reconciled by policy
  • Single / Joint / Survivor

27
Exposure
28
Deaths
29
Graduation Method
  • Smooth over fluctuations
  • Whittaker-Henderson

30
Graduation Formula
  • Minimize

31
Graduation Method
  • Smooth over fluctuations
  • Whittaker-Henderson
  • Same deaths, age

32
Graduation Method
  • Smooth over fluctuations
  • Whittaker-Henderson
  • Same deaths, age
  • Limited age range

33
Graduation Parameters
  • Order of difference
  • Weights
  • h

34
Playing with h in Excel
35
Younger Ages
  • Too little data
  • Use a proxy
  • 75 of CA 86-92 Ultimate

36
Older Ages
  • Too little data
  • Traditional approach
  • Flattened curve
  • Cubic to flat

37
Improvement
  • Data centred on 1995
  • Improvement to 2005
  • CPP/QPP data
  • Not IAMS data
  • Warning not for general use

38
References
  • My paper on CIA web site (soon)
  • See www.howardfamily.ca/bob
  • Or email bob_at_howardfamily.ca

39
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