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h
11
h
12
h
13
h
21
h
22
h
23
h
31
h
32
h
33
Fig. 8.1
Plain line: the measured homography matrix
H
. Dashed line: the observed homog-
raphy
H
When (
H
0
,
0)
∈
E
u
, one has
2
I
+(
1
λ
H
0
=
)
vv
T
=
H
0
+(
2
λ
2
−
λ
λ
−
λ
)
I
.
Therefore, we deduce from (8.30) that
f
(0)=
H
(0)
C
2
+
1)tr(
C
2
)
λ
(
λ
−
.
(8.31)
Since (
H
(0)
2
such that
H
(0)=
I
+(
1
λ
)
vv
T
.From
,
0)
∈
E
u
, there exists
v
∈
S
λ
−
λ
2
3
2
+ 1 = 0, one verifies that
this expression and using the fact that
λ
−
λ
2
+(
1
λ
H
(0)
C
2
=
2
)tr(
C
T
vv
T
C
)
λ
C
2
−
λ
.
(8.32)
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