RDP 8601: Classical Models and Unobserved Aggregates
Equation
a
1
=
α
/
(
1
+
α
)
a
2
=
1
/
(
1
+
α
)
a
3
=
δ
+
γ
a
4
=
1
+
γ
a
5
=
δ
+
(
α
β
+
γ
)
/
(
1
+
α
)
a
6
=
1
+
(
α
β
+
γ
)
/
(
1
+
α
)
a
7
=
(
α
β
+
γ
)
/
(
1
+
α
)
a
8
=
(
β
−
γ
)
/
(
1
+
α
)
c
1
=
θ
+
π
+
ρ
(
δ
+
γ
)
f
1
=
ω
+
ψ
c
2
=
τ
+
π
+
ρ
(
1
+
γ
)
f
2
=
φ
+
ψ
c
3
=
θ
+
λ
(
α
/
(
1
+
α
)
)
+
π
(
1
/
(
1
+
α
)
)
+
ρ
(
δ
+
β
(
α
/
(
1
+
α
)
)
+
γ
(
1
/
(
1
+
α
)
)
)
f
3
=
ω
+
χ
(
α
/
(
1
+
α
)
)
+
ψ
(
1
/
(
1
+
α
)
)
c
4
=
τ
+
λ
(
α
/
(
1
+
α
)
)
+
π
(
1
/
(
1
+
α
)
)
+
ρ
(
1
+
β
(
α
/
(
1
+
α
)
)
+
γ
(
1
+
α
)
)
)
−
τ
(
1
−
(
(
σ
/
σ
μ
)
2
)
−
(
(
σ
/
σ
d
)
)
)
f
4
=
φ
+
χ
(
α
/
(
1
+
α
)
)
+
ψ
(
1
/
(
1
+
α
)
)
−
φ
(
1
−
(
(
σ
/
σ
μ
)
2
)
−
(
(
σ
/
σ
d
)
2
)
)
c
5
=
λ
(
α
/
(
1
+
α
)
)
+
π
(
1
/
(
1
+
α
)
)
+
ρ
(
β
(
α
/
(
1
+
α
)
)
+
γ
(
1
/
(
1
+
α
)
)
)
+
τ
(
(
σ
/
σ
d
)
2
)
f
5
=
χ
(
α
/
(
1
+
α
)
)
+
ψ
(
1
/
(
1
+
α
)
+
φ
(
(
σ
/
σ
d
)
2
)
c
6
=
(
λ
−
π
)
(
1
/
(
1
+
α
)
)
+
ρ
(
β
−
γ
)
(
1
/
(
1
+
α
)
f
6
=
(
χ
−
ψ
)
(
1
/
(
1
+
α
)
)
c
7
=
ρ
+
τ
(
(
σ
/
σ
μ
)
2
)
f
7
=
φ
(
(
σ
/
σ
μ
)
2
)
f
8
=
φ
(
1
−
(
(
σ
/
σ
μ
)
2
)
−
(
(
σ
/
σ
d
)
2
)
)
f
9
=
φ
(
(
σ
/
σ
d
)
2
)
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