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Bayesian Mortality Experience.jl
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2314 lines (1896 loc) · 80.5 KB
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### A Pluto.jl notebook ###
# v0.19.11
using Markdown
using InteractiveUtils
# ╔═╡ b513bc8a-f08d-4d27-8d05-d60885bb03df
begin
using MortalityTables
using Turing
using UUIDs
using DataFramesMeta
using MCMCChains, Plots, StatsPlots
using LinearAlgebra
using PlutoUI; TableOfContents()
using Pipe
using StatisticalRethinking
using StatsFuns
end
# ╔═╡ 74e4511f-cf5f-4544-8bd2-ea228dfa700e
md"""
## Generating fake data
The problem of interest is to look at mortality rates, which are given in terms of exposures (whether or not a life experienced a death in a given year).
We'll grab some example rates from an insurance table, which has a "selection" component: When someone enters observation, say at age 50, their mortality is path dependent (so for someone who started being observed at 50 will have a different risk/mortality rate at age 55 than someone who started being observed at 45).
Addtionally, there may be additional groups of interest, such as:
- high/medium/low risk classification
- sex
- group (e.g. company, data source, etc.)
- type of insurance product offered
The example data will start with only the risk classification above
"""
# ╔═╡ 3249443a-a8e5-48f1-9eed-379c86144e81
src = MortalityTables.table("2001 VBT Residual Standard Select and Ultimate - Male Nonsmoker, ANB")
# ╔═╡ c931c097-57a1-4f51-857c-b02d3547456f
src.select[50]
# ╔═╡ fdfd1e29-5f8a-405b-9212-7ac08e52ffab
n = 10_000
# ╔═╡ da661ce2-eadf-4ddb-a6c4-5c00dc2caae4
function generate_data_individual(tbl,issue_age=rand(50:55),inforce_years=rand(1:30),risklevel=rand(1:3))
# risk_factors will scale the "true" parameter up or down
# we observe the assigned risklevel, but not risk_factor
risk_factors = [0.7,1.0,1.5]
rf = risk_factors[risklevel]
deaths = rand(inforce_years) .< (tbl.select[issue_age][issue_age .+ inforce_years .- 1 ] .* rf)
endpoint = if sum(deaths) == 0
last(inforce_years)
else
findfirst(deaths)
end
id= uuid1()
map(1:endpoint) do i
(
issue_age=issue_age,
risklevel = risklevel,
att_age = issue_age + i -1,
death = deaths[i],
id = id,
)
end
end
# ╔═╡ 4a77aad1-1a1f-484d-b128-526ee9f3a4a8
exposures = vcat([generate_data_individual(src) for _ in 1:n]...) |> DataFrame
# ╔═╡ c7d8c2fe-838d-4521-beeb-e471e443107a
data = combine(groupby(exposures,[:issue_age,:att_age])) do subdf
(exposures = nrow(subdf),
deaths = sum(subdf.death),
fraction = sum(subdf.death)/ nrow(subdf))
end
# ╔═╡ 45237199-f8e8-4f61-b644-89ab37c31a5d
data2 = combine(groupby(exposures,[:issue_age,:att_age,:risklevel])) do subdf
(exposures = nrow(subdf),
deaths = sum(subdf.death),
fraction = sum(subdf.death)/ nrow(subdf))
end
# ╔═╡ d23aa389-edfe-4a0d-9924-451b88beb83b
md"
## 1: A single binomial parameter model
Estiamte $p$, the average mortality rate, not accounting for any variation within the population/sample:
"
# ╔═╡ c52bbfab-07f6-40d0-a666-24fbda2435c2
@model function mortality(data,deaths)
p ~ Beta(1,1)
for i = 1:nrow(data)
deaths[i] ~ Binomial(data.exposures[i],p)
end
end
# ╔═╡ 18abd59e-ef16-462b-8357-157afc64812b
m1 = mortality(data,data.deaths)
# ╔═╡ 7e739879-241c-49fe-b48c-4245942edda4
num_chains = 4
# ╔═╡ dfa6c8c4-14b3-4c1b-922b-8582cc3243fb
md"### Sampling from the posterior
We use a No-U-Turn-Sampler (NUTS) technique to sample multile chains at once:"
# ╔═╡ 8184820b-0a52-431b-b000-243c7ea9e1ea
chain = sample(m1, NUTS(200, 0.65), 1000, num_chains)
# ╔═╡ 0edd523e-92bd-4c9c-9cd9-0cd990e72706
plot(chain)
# ╔═╡ 35de8c2c-8e33-4f76-92ba-ce3dfa635cd8
md"### Plotting samples from the posterior
We can see that the sampling of possible posterior parameters doesn't really fit the data very well since our model was so simplified. The lines represent the posterior binomial probability.
This is saying that for the observed data, if there really is just a single probability `p` that governs the true process that came up with the data, there's a pretty narrow range of values it could possibly be:"
# ╔═╡ 74af0a79-292a-4fba-a052-991d3a74c9eb
let
data_weight = data.exposures ./ sum(data.exposures)
data_weight = .√(data_weight ./ maximum(data_weight) .* 20)
p = scatter(
data.att_age,
data.fraction,
markersize = data_weight,
alpha = 0.5,
label = "Experience data point (size indicates relative exposure quantity)",
xlabel="age",
ylim=(0.0,0.25),
ylabel="mortality rate",
title="Parametric Bayseian Mortality"
)
# show n samples from the posterior plotted on the graph
n = 300
ages = sort!(unique(data.att_age))
for i in 1:n
p_posterior = sample(chain,1)[:p][1]
hline!([p_posterior],label="",alpha=0.1)
end
p
end
# ╔═╡ 5faa1505-dbde-48d7-a370-3215c5d73a8c
md"The posterior mean of `p` is of course very close to the simple proportoin of claims to exposures: "
# ╔═╡ 2c3a27a1-b626-4654-9822-2a391c55371d
mean(chain,:p)
# ╔═╡ 84d2dc52-a0c9-4c30-a3cf-7c174f4a046b
sum(data.deaths) / sum(data.exposures)
# ╔═╡ 49bf0bd3-ad5a-409e-a25e-54f7aea44eb3
md"## 2. Parametric model
In this example, we utilize a [MakehamBeard](https://juliaactuary.github.io/MortalityTables.jl/stable/ParametricMortalityModels/#MortalityTables.MakehamBeard) parameterization because it's already very similar in form to a [logistic function](https://en.wikipedia.org/wiki/Logistic_function). This is important because our desired output is a probability (ie the probablity of a death at a given age), so the value must be constrained to be in the interval between zero and one.
The **prior** values for `a`,`b`,`c`, and `k` are chosen to constrain the hazard (mortality) rate to be between zero and one.
This isn't an ideal parameterization (e.g. we aren't including information about the select underwriting period), but is an example of utilizing Bayesian techniques on life experience data.
"
# ╔═╡ 599942d8-a8d9-40b0-b7fe-b893306dcbcf
@model function mortality2(data,deaths)
a ~ Exponential(0.1)
b ~ Exponential(0.1)
c = 0
k ~ truncated(Exponential(1),1,Inf)
# use the variables to create a parametric mortality model
m = MortalityTables.MakehamBeard(;a,b,c,k)
# loop through the rows of the dataframe to let Turing observe the data
# and how consistent the parameters are with the data
for i = 1:nrow(data)
age = data.att_age[i]
q = MortalityTables.hazard(m,age)
deaths[i] ~ Binomial(data.exposures[i],q)
end
end
# ╔═╡ ef109946-7e12-4959-9cac-13bbbd436504
md" We combine the model with the data:"
# ╔═╡ ff8616f8-b813-4498-844b-04608986d970
m2 = mortality2(data,data.deaths)
# ╔═╡ cb1a6c73-1464-44a7-97a1-f66b7210f09d
md"### Sampling from the posterior
We use a No-U-Turn-Sampler (NUTS) technique to sample:"
# ╔═╡ 251b0b70-5ba5-415b-970b-e55280cba222
chain2 = sample(m2, NUTS(), 1000)
# ╔═╡ 229d8a8e-197d-42fd-8107-a7826a394c6a
summarize(chain2)
# ╔═╡ 657abb55-f4eb-44f9-83e1-6cfef7c2516d
plot(chain2)
# ╔═╡ d72f1350-83ca-4b4a-b16d-3d00b61b97b2
md"### Plotting samples from the posterior
We can see that the sampling of possible posterior parameters fits the data well:"
# ╔═╡ 85c29fd3-0045-4468-966f-64c2ccb9ce8b
let
data_weight = data.exposures ./ sum(data.exposures)
data_weight = .√(data_weight ./ maximum(data_weight) .* 20)
p = scatter(
data.att_age,
data.fraction,
markersize = data_weight,
alpha = 0.5,
label = "Experience data point (size indicates relative exposure quantity)",
xlabel="age",
ylim=(0.0,0.25),
ylabel="mortality rate",
title="Parametric Bayseian Mortality"
)
# show n samples from the posterior plotted on the graph
n = 300
ages = sort!(unique(data.att_age))
for i in 1:n
s = sample(chain2,1)
a = only(s[:a])
b = only(s[:b])
k = only(s[:k])
c = 0
m = MortalityTables.MakehamBeard(;a,b,c,k)
plot!(ages,age -> MortalityTables.hazard(m,age), alpha = 0.1,label="")
end
p
end
# ╔═╡ a4f7fefa-3f18-4d1c-a8d7-8ed334552966
md"## 3. Parametric model
This model extends the prior to create a multi-level model. Each risk class (`risklevel`) gets its own $a$ paramater in the `MakhamBeard` model. The prior for $a_i$ is determined by the hyperparameter $\bar{a}$.
"
# ╔═╡ 964df467-234c-4aac-a12b-c22f3ff1e07c
@model function mortality3(data,deaths)
risk_levels = length(levels(data.risklevel))
b ~ Exponential(0.1)
ā ~ Exponential(0.1)
a ~ filldist(Exponential(ā), risk_levels)
c = 0
k ~ truncated(Exponential(1),1,Inf)
# use the variables to create a parametric mortality model
# loop through the rows of the dataframe to let Turing observe the data
# and how consistent the parameters are with the data
for i = 1:nrow(data)
risk = data.risklevel[i]
m = MortalityTables.MakehamBeard(;a=a[risk],b,c,k)
age = data.att_age[i]
q = MortalityTables.hazard(m,age)
deaths[i] ~ Binomial(data.exposures[i],q)
end
end
# ╔═╡ 5f4ddd19-86ae-4e05-81a2-cc730f4bc0c0
m3 = mortality3(data2,data2.deaths)
# ╔═╡ da15bdb5-c872-4837-a6bb-afe164d1d4cf
chain3 = sample(m3, NUTS(), 1000)
# ╔═╡ e98641db-b2f6-4783-8c29-e6d8b8b4c86d
summarize(chain3)
# ╔═╡ 30d0bd29-415b-4d48-a6b3-52d46fed246c
plot(chain3)
# ╔═╡ 7b026314-3118-42c5-9214-2d5675df769d
let data = data2
data_weight = data.exposures ./ sum(data.exposures)
data_weight = .√(data_weight ./ maximum(data_weight) .* 20)
color_i = data.risklevel
p = scatter(
data.att_age,
data.fraction,
markersize = data_weight,
alpha = 0.5,
color=color_i,
label = "Experience data point (size indicates relative exposure quantity)",
xlabel="age",
ylim=(0.0,0.25),
ylabel="mortality rate",
title="Parametric Bayseian Mortality"
)
# show n samples from the posterior plotted on the graph
n = 100
ages = sort!(unique(data.att_age))
for r in 1:3
for i in 1:n
s = sample(chain3,1)
a = only(s[Symbol("a[$r]")])
b = only(s[:b])
k = only(s[:k])
c = 0
m = MortalityTables.MakehamBeard(;a,b,c,k)
if i == 1
plot!(ages,age -> MortalityTables.hazard(m,age),label="risk level $r", alpha = 0.2,color=r)
else
plot!(ages,age -> MortalityTables.hazard(m,age),label="", alpha = 0.2,color=r)
end
end
end
p
end
# ╔═╡ 00000000-0000-0000-0000-000000000001
PLUTO_PROJECT_TOML_CONTENTS = """
[deps]
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LinearAlgebra = "37e2e46d-f89d-539d-b4ee-838fcccc9c8e"
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MortalityTables = "4780e19d-04b9-53dc-86c2-9e9aa59b5a12"
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Plots = "91a5bcdd-55d7-5caf-9e0b-520d859cae80"
PlutoUI = "7f904dfe-b85e-4ff6-b463-dae2292396a8"
StatisticalRethinking = "2d09df54-9d0f-5258-8220-54c2a3d4fbee"
StatsFuns = "4c63d2b9-4356-54db-8cca-17b64c39e42c"
StatsPlots = "f3b207a7-027a-5e70-b257-86293d7955fd"
Turing = "fce5fe82-541a-59a6-adf8-730c64b5f9a0"
UUIDs = "cf7118a7-6976-5b1a-9a39-7adc72f591a4"
[compat]
DataFramesMeta = "~0.12.0"
MCMCChains = "~5.3.0"
MortalityTables = "~2.3.0"
Pipe = "~1.3.0"
Plots = "~1.29.0"
PlutoUI = "~0.7.39"
StatisticalRethinking = "~4.5.2"
StatsFuns = "~1.0.1"
StatsPlots = "~0.14.34"
Turing = "~0.21.4"
"""
# ╔═╡ 00000000-0000-0000-0000-000000000002
PLUTO_MANIFEST_TOML_CONTENTS = """
# This file is machine-generated - editing it directly is not advised
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manifest_format = "2.0"
project_hash = "d36d762264629930b8a791da14924802b4636a31"
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[[deps.AbstractFFTs]]
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