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Publié par | georg-august-universitat_gottingen |
Publié le | 01 janvier 2010 |
Nombre de lectures | 19 |
Langue | English |
Extrait
Andree
Characteristics
der
for
Do
Dep
v
endence
ude
in
rerum
Time
ersit?t
Series
v
of
aus
Extreme
2010
V
alues
naturalium
Dissertation
Georg-August-Univ
zur
G?ttingen
Erlangung
orgelegt
des
on
Ehlert
Buxteh
G?ttingen
hen
Doktorgradesder
Referen
Ulf-Rainer
t:
Pr?fung:
Prof.
T
Dr.
?ndlic
Martin
Dr.
Sc
Fiebig
hlather
ag
K
m
orreferen
hen
t:
31.08.2010
PDI
A
ould
viding
kno
wledgemen
o
t
his
It
is
b
a
the
pleasure
for
to
ell
thank
supp
those
gratefully
who
the
made
a
this
Last,
thesis
m
p
Sto
ossible.
Anja
F
supp
oremost,
orking
I
w
t
ould
I
lik
e
e
kno
to
ort
sho
tre
w
terms
m
h
y
sc
gratitude
not
to
indebted
m
y
for
advisor
hastics,
Prof.
e
Dr.
Martin
discussions,
Sc
and
hlather
friendly
for
as
his
relaxing
nev
for
er-ending
supp
and
ort
ort.
and
w
lik
from
to
the
ac
initial
wledge
to
supp
the
from
nal
Cen
lev
for
el.
in
I
of
also
w
ten
ould
erg
lik
holarship.
e
but
to
least,
thank
am
m
to
y
y
at
PD
Institute
Dr.
Mathematical
Ulf-Rainer
Fiebig
ab
for
v
his
all
unhesitating
and
help.
hael,
F
inspiring
urthermore,
endless
I
ort
am
pro
deeply
a
grateful
w
to
atmosphere
Prof.
w
Dr.
as
Emilio
leisure-time
P
M3
M2
M3
Z
Sn
Anki
.
Time
e
Series
.
1
.
2
42
The
on
Multiv
.
ariate
.
Extremal
ii
Index
.
7
3.5.4
2.1
49
Multiv
.
ariate
52
Extremes
4.3
.
Sets
.
.
.
Pro
.
.
3.5.3
.
.
.
.
F
.
the
.
a
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of
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en
.
of
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In
.
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.
7
V
2.2
.
Prop
Extremal
erties
.
of
e
the
t
Multiv
on
ariate
4.1
Extremal
.
Index
.
.
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.
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.
of
.
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.
.
.
ts
.
erties
.
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.
Main
.
.
.
.
9
.
2.3
.
Bounds
3.5.1
for
Analysis
the
with
Multiv
ariate
Blind
Extremal
tro
Index
.
.
.
.
.
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.
.
.
Pro
.
.
.
.
.
.
.
.
.
Conditions
.
Extremal
.
F
.
3.6
.
Range
.
11
.
2.4
.
Exploring
A
the
of
Extremal
Co
Co
a
Pro
ts
b
.
Correlation
.
ormal
.
.
.
.
.
.
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.
.
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.
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.
.
.
A
.
Sets
.
.
.
.
.
.
.
.
.
.
.
.
.
.
Building
15
and
3
.
.
of
.
Max-Stable
4.4
Pro
of
Con
for
.
Giv
69
en
.
Extremal
.
Co
.
e-
.
.
t
.
F
.
.
29
.
3.1
42
Motiv
Simplication
ation
Arbitrary
.
Extremal
.
.
Giv
.
Co
.
ts
.
3.5.2
.
.
.
Pro
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
44
.
Blind
.
of
.
1
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
45
.
.
for
.
alid
.
Co
.
t
29
3.2
48
Set
Correlation
the
F
of
Co
and
t
Notions
.
.
.
.
.
.
4
.
Constructiv
.
Pro
.
for
.
Extremal
.
.
of
.
Dissipativ
.
Max-Stable
.
.
iv
.
eing
.
Set
31
52
3.3
F
Relations
Setup
Bet
.
w
.
een
.
Extremal
.
Co
.
.
t
.
and
.
Set
.
Correlation
.
.
.
.
.
.
.
.
.
.
.
.
.
38
4.2
3.4
A
Auxiliary
Class
.
of
.
Simple
.
Pro
.
.
for
.
Giv
.
en
.
Extremal
.
Co
.
.
ts
.
.
55
.
The
.
Notation
.
:
.
Blo
.
ks
41
Prop
3.5
.
Examples
.
.
.
.
.
.
.
.
.
of
62
Stationary
A
Useful
.
osition
.
the
.
ten
.
.
.
.
.
.
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4.5
.
Result
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.
74
.
..
CONTENTS
.
5
.
A
.
No
80
v
.
el
.
Characteristic
.
for
.
the
CH(1,1)
Dep
.
endence
.
.
of
.
Clustered
.
Extremes
.
77
.
5.1
.
Exploring
Application:
Extremal
.
Clusters
.
.
.
.
.
.
.
.
.
.
87
.
.
.
.
.
.
.
.
.
.
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.
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.
.
.
.
5.3
.
GAR
.
.
.
.
.
.
.
.
.
.
.
.
.
.
77
.
5.2
.
Prop
.
erties
.
of
.
Dep
.
endence
iii
Measures[a] {b∈B :b∼ a}n h
[x] max{n∈Z :n<x}
⌊x⌋ max{n∈Z :n≤x}
1()
≺
≺p
∼c
∼h
nB {0,1}n
∗C C ⊆B /∼ Fn n n h n,Z
D d(h | M) h ∈ Z M ∈ M ι,n ∈ N∪{∞}ι,n ι,n
d(h)
De R d d∈A⊆{1,...,D}A
(η )t t∈Z
∗ ∗ QF {f ∈R :S∈σ } n∈N∪{∞} Q⊆Rnn,Q S
∗f ,f SSS S∗ ∗ ∗f f f U = [j−1,j) b∈B Zb n[b] I U j∈Ib b b
gˆ gt
Z
ull
page
h
in
ex
page
and
page
zero
endence,
otherwise,
49
page
one
9
function
v
of
the
iv
ting
,
represen
page
page
relation
32
equal
a
v
dissipativ
t
max-stable
onen
equiv
of
of
v
random
38
v
extremal
ariables,
Notation
page
41
87
,
31
,
page
function,
34
homometry,
if
dening
to
page
set
,
(co
31
ariance)
,
of
total
,
page
31
,
-th
36
the
,
with
ectral
34
represen
for
ector
,
set
order,
,
,
page
page
dep
55
for
,
page
equiv
,
36
relation
page
dening
,
,
page
,
page
to
functions
,
,
32
page
31
order,
,
page
sp
58
functions
partial
ting
all
stationary
e
of
pro-
i.i.d.
on
standard
,
normal
39
summary
measure˜G() G()
Γ
g˜t
∗ ∗ ZH f ∈R ,b∈Bnn,Z Ib
I b ∈ B I = {1,3,4}b n b
b = (1,0,1,1)
˜l() l()
M M M J ≤ι∈N∪{∞} n∈N∪{∞}ι ι,n 3
n nM (max Y ,...,max Y )n t,1 t,Dt=1 t=1
M max XS t∈S t
M4
() ˜()
φ
φ(h) h∈Z
˜φ
D DR [0,∞)+
R(ζ) M ζ3
r YY
S (D−1)D
σ S ⊆ [q,n+q) q∈R n∈N∪{∞}n
S S {−m,...,−1} ∪{h}m m,h
Θ
θ θ dd
θ(v)
V(X) X
,
adjusted
m
extremal
functions,
for
(
t,
page
page
ariate
9
pro
(e.g.
℄
for
max-stable
),
ariate
page
ariate
extrem