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Risk-neutral valuation in the Cox--Ross--Rubinstein model
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Mathematics
Area of mathematics
Probability and statistics
Probability theory
Cox--Ross--Rubinstein model
Risk-neutral probability in the Cox--Ross--Rubinstein model
2026-10-03
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For
a
discounted claim
H
, the
arbitrage
-
free
value process is
V
t
=
E
Q
[
H
∣
F
t
]
.
A
terminal payoff
h
(
S
T
)
has value
V
t
=
∑
k
=
0
T
−
t
(
k
T
−
t
)
q
k
(
1
−
q
)
T
−
t
−
k
h
(
S
t
u
k
d
T
−
t
−
k
)
.
(1)
Table of contents
Running-maximum state reduction in the Cox--Ross--Rubinstein model
Risk-neutral valuation in the Cox--Ross--Rubinstein model
Running-maximum state reduction in the Cox--Ross--Rubinstein model
0
0
0
Risk-neutral valuation in the Cox--Ross--Rubinstein model
For
a
payoff
h
(
S
T
,
M
T
)
with
M
t
=
max
s
≤
t
S
s
, the
pair
(
S
t
,
M
t
)
is
a
sufficient Markov state for
valuation
. If an independent restarted stock path has initial value
y
, terminal value
z
, and running maximum
w
, then the continued payoff is
g
(
x
,
m
,
y
,
z
,
w
)
=
h
(
y
x
z
,
max
{
m
,
y
x
w
}
)
.
(1)
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(7)
Risk-neutral probability in the Cox--Ross--Rubinstein model
Cox--Ross--Rubinstein model
Probability theory
Probability and statistics
Area of mathematics
Mathematics
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(1)
Past exam of the mathematics course of the University of Cambridge
/
2019
/
ii
/
Paper 4
/
29K
/
b
/
Solution
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