MIMO Systems Theory and Applications Part 2 ppt
MIMO Systems Theory and Applications Part 2 ppt
... becomes the 2l order Hadamard
matrix.
CC
C
−C
and
C
2
l
= C
2
⊗C
2
l−1
(116)
where
⊗ is the Kronecker product and C
2
l−1
,2 l is expressed as :
C
2
l
=
C
2
l−1
C
2
l−1
C
2
l−1
−C
2
l−1
(117)
Collaborative ... Press, ISBN:
978–1– 420 0–46 02 1.
Jafarkhani, H. (20 05). Space-Time Coding Theory and Practice, Cambridge University Press,
ISBN: 978–0–511–115 62 2...
MIMO Systems Theory and Applications Part 1 ppt
... :
⎛
⎜
⎜
⎜
⎜
⎝
y
(1)
1
y
(1)
2
(y
(2)
1
)
∗
(y
(2)
2
)
∗
⎞
⎟
⎟
⎟
⎟
⎠
=
⎛
⎜
⎜
⎝
h
11
h
12
h
21
h
22
h
∗
12
−h
∗
11
h
∗
22
−h
∗
21
⎞
⎟
⎟
⎠
·
x
1
x
2
+
⎛
⎜
⎜
⎜
⎝
b
(1)
1
b
(1)
2
(b
(2)
1
)
∗
(b2
(2)
)
∗
⎞
⎟
⎟
⎟
⎠
(10)
9
Advanced ... signal
18
MIMO Systems, Theory and Applications
Contents
VI
Cellular MIMO Systems 187
Wei Peng
Pre-processing and Post-p...
MIMO Systems Theory and Applications Part 8 ppt
...
channels) and their direct counterparts as spatial equalization methods (in MIMO channels)
are depicted in Table I [2] .
MIMO Systems, Theory and Applications
20 0
2 3 4 5 6 7 8
0
2
4
6
8
10
12
14
16
18
20
Cellular ... FRF
P
t
r
0
−α
/σ
2
=30dB
(b)
Fig. 8. Average ergodic capacities of the cellular MIMO systems using FRF 3 scheme and the
hybrid freque...
MIMO Systems Theory and Applications Part 10 ppt
... N
c
C
1
(N
t
N
r
−1)! (N
t
−1)
N
t
2
∑
n= 0
N
t
2
n
(−1)
n
(C
−(N
t
N
r
−1−n)
2
−1)
N
t
N
r
−1 −n
, (15)
28 8
MIMO Systems, Theory and Applications
MIMO Systems, Theory and Applications
28 4
[11] S. S. ... eigenvector
w
t2
. Thus, mean square error of the error signal e
2
is given as
(
)
2
22 2 2
222 22 2 22
2
21 121
2
HH HH
tt tt
HH HH H
tttt...
Superconductivity Theory and Applications Part 2 ppt
... al., 20 02; Brinkman et al., 20 02; Mazin et al., 20 02; Nakai et al., 20 02; Miranovic
et al., 20 03; Dahm & Schopohl, 20 04; Dahm et al., 20 04; Gurevich, 20 03; Golubov & Koshelev,
20 03). ... a
SC 19.691 12. 39 4.8 – −1 20
IM 19.739 12. 50 4.4 – 4 20
M1 19. 820 12. 69 3.6 6 6 20
M2 19.751 12. 54 – 5 5 20
Table 2. Various parameters for the samples shown in Fig....
MIMO Systems Theory and Applications Part 3 potx
... 1
12 22 32 2
12
13 23 33 3
123
,,,
T
T
T
T
TT
T
TT
N
N
NN
N
T
N
NNN
vvv v
vvv v
vvv v
vvv v
⎡
⎤
⎢
⎥
⎢
⎥
⎢
⎥
⎡⎤
==
⎣⎦
⎢
⎥
⎢
⎥
⎢
⎥
⎢
⎥
⎣
⎦
VVV V
…
( 12)
MIMO Systems, Theory and Applications ... MIMO Systems, Theory and Applications
82
As shown in Fig. 12, the performance of both LS-based TBCE and SBCE-ML schemes in a
MIMO 4×4 system is improve...
MIMO Systems Theory and Applications Part 4 pot
... receive antenna of the original N
r
× N
t
system.
122
MIMO Systems, Theory and Applications
MIMO Systems, Theory and Applications
98
where θ
L1
and φ
L1
are scatterer’s coordinates referring ... as well as the information rate averaged over random channels,
126
MIMO Systems, Theory and Applications
Semi-Deterministic Single Interaction MIMO Channel Model...
MIMO Systems Theory and Applications Part 5 docx
... first
156
MIMO Systems, Theory and Applications
ˆ
u
11
= 2 ·
¯
γ
−2e
2
¯
γ
Γ
0,
2
¯
γ
¯
γ
2
ˆ
u
12
= 4 ·
2
+
¯
γ
e
2
¯
γ
Γ
0,
2
¯
γ
−
¯
γ
¯
γ
3
ˆ
u
21
=
ˆ
u
12
ˆ
u
22
= 4 ·
¯
γ
2
+
¯
γ
−4
1 ... −Pr
x
1
x
2
<
1
√
d
= 1 −F
1
√
d
( 12)
where
F
(z)=
2
¯
γ
3
e
4
¯
γ
z
1
e
−
2
¯
γ
x
2
·
e
−
2
¯
γ
¯
γ
2
2
¯
γ
x
2
−1...
MIMO Systems Theory and Applications Part 6 doc
... ( 121 )
Therefore, we have when r
≤ t
B
=
∂
∂θ
{
2
˜
F
(r)
1
(−θ, t; t + t
I
−θ; I −ρ
˜
Σ)}|
θ=0
=
∑
r
h=1
| D(h) |
|V(Δ)|
( 122 )
180
MIMO Systems, Theory and Applications
MIMO Systems, Theory and ... important case is Rayleigh faded signals for which M
= 0 and (87) can be simplified.
1 72
MIMO Systems, Theory and Applications
MIMO Systems, Theory and App...
MIMO Systems Theory and Applications Part 7 docx
... IEICE Transactions on Communications, vol. E 92- B, May 20 09.
MIMO Systems, Theory and Applications
22 4
()
kTn
kk
2
e
p
r
σ
βασ
++≈
2
2
1
( 62)
Where, similar to previous section, the worst-case ... case [25 ],
MIMO Systems, Theory and Applications
22 0
Fig. 10. Capacity loss for different user and 05.0
=
ρ
and
),0(~
2
ρ
CNHΔ . The validity o...