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Content for
TR 45.050
Word version: 16.0.0
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J
GSM900 Railway System Scenarios
J.1
Introduction
J.2
Basic considerations
J.3
Discussion of the individual sections in GSM 05.05
K
Block Erasure Rate Performance for GPRS
K.1
Introduction
K.2
Simulation Model
K.3
Results
K.4
Conclusions
L
Proposal on how to report GPRS performance into GSM 05.05
L.1
Introduction
L.2
GPRS BLER performance
L.3
GPRS throughput analyses
L.4
Proposals for GPRS performance in GSM 05.05
L.5
Conclusions
M
GPRS simulation results in TU 3 and TU 50 no FH
M.1
Introduction
M.2
Simulation Model
M.3
Maximum GPRS throughput
M.4
Conclusion
M.5
References
N
C/Ic and Eb/No Radio Performance for the GPRS Coding Schemes
N.1
Introduction
N.2
C/I simulation results
N.3
Eb/N0 performance
N.4
Conclusions
N.5
References
...
J
GSM900 Railway System Scenarios
Word‑p. 132
J.1
Introduction
J.2
Basic considerations
J.2.1
Types of equipment and frequency ranges
J.3
Discussion of the individual sections in GSM 05.05
Word‑p. 133
J.3.1
Scope
J.3.2
Frequency bands and channel arrangement
J.3.3
Reference configuration
Word‑p. 134
J.3.4
Transmitter characteristics
J.3.4.1
Output power
J.3.4.2
Void
J.3.4.2.1
Spectrum due to the modulation and wide band noise
J.3.4.2.2a
MS spectrum due to switching transients
J.3.4.2.2b
BTS spectrum due to switching transients
Word‑p. 135
J.3.4.3.1
Spurious emissions
J.3.4.3.2
BTS spurious emissions
Word‑p. 136
J.3.4.3.3
MS spurious emissions
J.3.4.3.4
MS spurious emissions onto downlinks
Word‑p. 137
J.3.4.4
Radio frequency tolerance
Word‑p. 138
J.3.4.5
Output level dynamic operation
J.3.4.5.1
BTS output level dynamic operation
J.3.4.5.2
MS output level dynamic operation
Word‑p. 139
J.3.4.6
Phase accuracy
J.3.4.7.1
Intra BTS intermod attenuation
J.3.4.7.2
Intermodulation between MS (DCS1800 only)
J.3.4.7.3
Mobile PBX
J.3.5
Receiver characteristics
Word‑p. 140
J.3.5.1
Blocking characteristics
J.3.5.2
Blocking characteristics (in band)
J.3.5.3
Blocking characteristics (out of band)
Word‑p. 141
J.3.5.4
AM suppresion characteristics
J.3.5.5
Intermodulation characteristics
J.3.5.6
Spurious emissions
J.3.6
Transmitter/receiver performance
J.3.6.1
Nominal error rates
J.3.6.2
Reference sensitivity level
K
Block Erasure Rate Performance for GPRS
Word‑p. 143
K.1
Introduction
K.2
Simulation Model
K.3
Results
K.4
Conclusions
Word‑p. 144
L
Proposal on how to report GPRS performance into GSM 05.05
Word‑p. 145
L.1
Introduction
L.2
GPRS BLER performance
L.3
GPRS throughput analyses
Word‑p. 146
L.3.1
TU50 ideal FH
Word‑p. 147
L.3.2
TU3 no FH
Word‑p. 148
L.4
Proposals for GPRS performance in GSM 05.05
L.4.1
TU50 ideal FH
L.4.2
TU3 no FH
Word‑p. 149
L.5
Conclusions
M
GPRS simulation results in TU 3 and TU 50 no FH
Word‑p. 150
M.1
Introduction
M.2
Simulation Model
M.3
Maximum GPRS throughput
Word‑p. 152
M.4
Conclusion
Word‑p. 153
M.5
References
N
C/Ic and Eb/No Radio Performance for the GPRS Coding Schemes
Word‑p. 154
N.1
Introduction
N.2
C/I simulation results
N.3
Eb/N0 performance
Word‑p. 156
N.4
Conclusions
Word‑p. 158
N.5
References
O
Void