Tech-
invite
3GPP
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IETF
space
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4‑5x
Content for
TR 45.050
Word version: 18.0.0
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3
DCS1800 system scenarios
4
GSM900 small cell system scenarios
5
GSM900 and DCS1800 microcell system scenarios
6
Conversion factors
7
Repeaters
8
Error Patterns for Speech Coder Developments
9
Simulations of Performance
10
GSM900 railway system scenarios
11
Simulation results for GPRS receiver performance
12
Pico BTS RF scenarios
13
CTS system scenarios
14
GSM400 system scenarios
15
MXM system scenarios
16
LCS scenarios
17
8-PSK Scenarios
18
T-GSM 900 System Scenarios
19
MBMS System Scenarios
20
T-GSM 810 System Scenarios
21
Multicarrier BTS Class
22
ER-GSM band introduction
23
Extended Training Sequence Code Sets
24
Machine-type-communication (MTC) deployment, including EC-GSM-IoT, in a reduced BCCH spectrum allocation
...
3
DCS1800 system scenarios
p. 23
4
GSM900 small cell system scenarios
p. 24
5
GSM900 and DCS1800 microcell system scenarios
p. 24
6
Conversion factors
p. 25
7
Repeaters
p. 26
8
Error Patterns for Speech Coder Developments
p. 26
9
Simulations of Performance
p. 26
10
GSM900 railway system scenarios
p. 26
11
Simulation results for GPRS receiver performance
p. 27
12
Pico BTS RF scenarios
p. 27
13
CTS system scenarios
p. 27
14
GSM400 system scenarios
p. 27
15
MXM system scenarios
p. 28
16
LCS scenarios
p. 28
17
8-PSK Scenarios
p. 28
18
T-GSM 900 System Scenarios
p. 28
19
MBMS System Scenarios
p. 28
20
T-GSM 810 System Scenarios
p. 28
21
Multicarrier BTS Class
p. 28
22
ER-GSM band introduction
p. 28
23
Extended Training Sequence Code Sets
p. 29
23.1
Background
p. 29
23.2
Extended TSC Sets
p. 29
23.2.1
Scope
p. 29
23.2.2
Design criteria
p. 29
23.2.3
Design methodology
p. 29
23.2.4
Evaluation methodology
p. 30
23.2.5
Performance evaluation
p. 30
24
Machine-type-communication (MTC) deployment, including EC-GSM-IoT, in a reduced BCCH spectrum allocation
p. 30
24.1
Introduction
p. 30
24.2
Simulation campaign
p. 31
24.2.1
Introduction
p. 31
24.2.2
Idle mode procedures
p. 32
24.2.2.1
General
p. 32
24.2.2.1.1
Simulator support
p. 32
24.2.2.1.2
Performance metrics
p. 32
24.2.2.1.3
Simulation assumptions
p. 33
24.2.2.2
PLMN selection
p. 33
24.2.2.3
Cell selection
p. 33
24.2.2.3.1
General
p. 33
24.2.2.3.2
GPRS/EGPRS
p. 34
24.2.2.3.3
EC-GSM-IoT
p. 35
24.2.2.4
Cell reconfirmation
p. 35
24.2.2.4.1
GPRS/EGPRS
p. 35
24.2.2.4.2
EC-GSM-IoT
p. 37
24.2.3
Common control channel performance
p. 39
24.2.3.1
General
p. 39
24.2.3.2
GPRS/EGPRS
p. 39
24.2.3.2.1
Resource usage
p. 39
24.2.3.2.2
Common control signaling delay
p. 40
24.2.3.2.3
Failed attempts
p. 40
24.2.3.3
EC-GSM-IoT
p. 40
24.2.3.3.1
Resource usage
p. 40
24.2.3.3.2
Common control signaling delay
p. 41
24.2.3.3.3
Failed attempts
p. 41
24.2.3.3.4
Coverage class distribution
p. 41
24.2.4
Data traffic and control channel performance
p. 42
24.2.4.1
General
p. 42
24.2.4.2
GPRS/EGPRS
p. 42
24.2.4.2.1
PDCH resource usage
p. 42
24.2.4.2.2
Latency
p. 42
24.2.4.2.4
Failed Attempts
p. 43
24.2.4.2.5
Capacity
p. 43
24.2.4.3
EC-GSM-IoT
p. 43
24.2.4.3.1
PDCH resource usage
p. 43
24.2.4.3.2
Latency of MAR periodic reports
p. 44
24.2.4.3.3
Latency of Downlink Application Ack
p. 44
24.2.4.3.3a
Failed attempts
p. 44
24.2.4.3.4
Capacity
p. 44
24.2.4.3.5
Coverage Class Distribution
p. 45
24.3
Conclusion
p. 45