Mobile and Wireless Communications-Physical layer development and implementation 2012 Part 1 doc
Mobile and Wireless Communications-Physical layer development and implementation 2012 Part 1 doc
... 3. 716 3.673 1. 16%
TE
03
7.937 7.724 2.68 %
HE
11
2.774 2.805 1. 12%
HE
21
7 .15 8 7 .12 2 0.50%
HE
31
13 .12 12 .79 2.52%
TM
01
13 .30 13 .15 1. 13%
EH
11
20 .18 12 .794 36.6%
Table 1. Comparison ... 3. 716 3.673 1. 16%
TE
03
7.937 7.724 2.68 %
HE
11
2.774 2.805 1. 12%
HE
21
7 .15 8 7 .12 2 0.50%
HE
31
13 .12 12 .79 2.52%
TM
01
13 .30 13 ....
Mobile and Wireless Communications-Physical layer development and implementation 2012 Part 2 docx
...
Mobile and Wireless Communications:Physical layer development and implementation2 0
5 0 0 1 0 0 0 1 5 0 0 2 0 0 0 2 5 0 0
- 1 1 0
- 1 0 0
- 9 0
- 8 0
- 7 0
- 6 0
- 5 0
- 4 0
- 3 0
- 2 0
- 1 ... dominant HE
11
mode. Some analysis is needed
in this range that lead to an estimation of the attenuation of the HE
11
mode, which we find
as 6.8 dB/km.
0 .1
1
10
10 0
10 00
0 ....
Mobile and Wireless Communications-Physical layer development and implementation 2012 Part 8 docx
...
TRSR
SRR
TS
S
T
S
S
nnnn
nnn
nn
n
n
n
n
m
hhqq
hhqq
hhqq
Q
,1,
,1,
, 21, 2
, 21, 2
,1
1 ,1
,11 ,1
,
( 41)
TSSs
TSS
TSS
nnnn
nnn
nnn
m
rr
rrr
rrrr
R
,,
, 21, 2,2
,11 ,1, 11, 1
00
0
. ...
TRSR
SRR
TS
S
T
S
S
nnnn
nnn
nn
n
n
n
n
m
hhqq
hhqq
hhqq...
Mobile and Wireless Communications-Physical layer development and implementation 2012 Part 12 doc
... R=20
JCDS-AF with R=20
JCDS-(DTB and CDD) with R =1 and SS
Static Scheduling with R =1
Mobile and Wireless Communications:Physical layer development and implementation2 16
shown in Fig. 7. This kind ...
. (19 )
Mobile and Wireless Communications:Physical layer development and implementation2 12
~1Gbps/Base Station (BS), there are two important technical issues...
Mobile and Wireless Communications-Physical layer development and implementation 2012 Part 13 docx
...
Mobile and Wireless Communications:Physical layer development and implementation2 42
1 1
1, 1
H S SH SS
s H
hiH H H out H
k k k k
s M k
F k P P s k
K
(24)
1 1
1, 1
H ...
Mobile and Wireless Communications:Physical layer development and implementation2 40
1
1 1, 1 ; 1 1
0 ; otherwise
H H...
Mobile and Wireless Communications-Physical layer development and implementation 2012 Part 15 docx
... [%] RSSI
915 0.00 14 0
916 0.05 14 2
917 0 .17 13 9
918 0.69 13 5
919 96. 71 120
920 0.56 12 5
9 21 0 .14 13 0
922 0.00 13 5
923 0 .13 12 9
924 0.23 12 7
925 1. 32 13 0
Table 1. Error rate and RSSI ... [%] RSSI
915 0.00 14 0
916 0.05 14 2
917 0 .17 13 9
918 0.69 13 5
919 96. 71 120
920 0.56 12 5
9 21 0 .14 13 0
922 0.00 13 5
923 0 .13 1...
Intelligent and Biosensors 2012 Part 1 doc
... Wearable Sensors
Wei Chen
1
, Sibrecht Bouwstra
1
, Sidarto Bambang Oetomo
1, 2
and Loe Feijs
1
1
Department of Industrial Design, Eindhoven University of Technology,
2
Department of Neonatology, ...
200 mW
i
A
= 1. 53 A (peak)
i
B
= 13 mA (peak)
V
L
= 31. 1 V (peak)
i
A
= 1. 53 A (peak)
i
B
= 23 mA (peak)
V
L
= 17 .5 V (peak)
450 mW
i
A
= 1. 42 A (peak)
i...
Mobile and wireless communications physical layer development and implementation Part 1 docx
... 3. 716 3.673 1. 16%
TE
03
7.937 7.724 2.68 %
HE
11
2.774 2.805 1. 12%
HE
21
7 .15 8 7 .12 2 0.50%
HE
31
13 .12 12 .79 2.52%
TM
01
13 .30 13 .15 1. 13%
EH
11
20 .18 12 .794 36.6%
Table 1. Comparison ... 3. 716 3.673 1. 16%
TE
03
7.937 7.724 2.68 %
HE
11
2.774 2.805 1. 12%
HE
21
7 .15 8 7 .12 2 0.50%
HE
31
13 .12 12 .79 2.52%
TM
01
13 .30 13 ....
Mobile and wireless communications physical layer development and implementation Part 2 pptx
...
0 .1
1
10
10 0
200 600 10 00 14 00 18 00
Frequency (MHz)
Attenuation in dB /10 0m
Straight Tunnel
R=20w
w
h
E
w=2h=4.26m
0 .1
1
10
10 0
200 600 10 00 14 00 18 00
Frequency (MHz)
Attenuation in dB /10 0m
Straight ...
0 .1
1
10
10 0
200 600 10 00 14 00 18 00
Frequency (MHz)
Attenuation in dB /10 0m
Straight Tunnel
R=20w
w
h
E
w=2h=4.26m
0 .1
1
10
10 0
200 600 10...
Mobile and wireless communications physical layer development and implementation Part 3 potx
... used for MDPSS, while K = 15 subbands
is used in generation of MDPSS.
50 10 0 15 0 200 250
10
−4
10
−3
10
−2
10
1
10
0
Time Samples in Block
MSE per symbol
MPDSS
DPSS
Fig. 11 . Mean square error per ... used for MDPSS, while K = 15 subbands
is used in generation of MDPSS.
50 10 0 15 0 200 250
10
−4
10
−3
10
−2
10
1
10
0
Time Samples in Block
MSE per symbol
MPDSS
DPS...