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Content for
TS 45.008
Word version: 16.0.0
1…
4…
10…
10
GPRS mode tasks
11
CTS mode tasks
12
COMPACT Mode Tasks
A
Definition of a basic GSM or DCS 1 800 handover and RF power control algorithm
B
Power Control Procedures
C
Example Interference Measurement Algorithm
D
Example Selection of Modulation and Coding Schemes based on Link Quality Reports
$
Change History
10
GPRS mode tasks
Word‑p. 88
10.1
Cell Re-selection
10.1.0
General
|R13|
10.1.1
Monitoring the received signal level and PBCCH data
Word‑p. 89
10.1.1.0
General
|R13|
10.1.1.1
Packet idle mode or MAC-Idle state
Word‑p. 90
10.1.1.2
Packet transfer mode or MAC-Shared state
10.1.1.2a
Broadcast/multicast receive mode
|R6|
Word‑p. 92
10.1.1.3
Monitoring cells of other radio access technologies
10.1.2
Cell Re-selection Criteria
Word‑p. 96
10.1.3
Cell Re-selection Algorithm
Word‑p. 97
10.1.3.1
Abnormal cell reselection
Word‑p. 98
10.1.3.2
Algorithm for cell re-selection from GSM to UTRAN based on cell ranking
Word‑p. 99
10.1.3.3
Algorithm for inter-RAT cell re-selection based on priority information
|R8|
Word‑p. 100
10.1.3.4
Cell selection and re-selection to CSG cells and hybrid cells
|R8|
10.1.4
Network controlled Cell re-selection
10.1.4.1
Measurement reporting
Word‑p. 101
10.1.4.2
Cell re-selection command
Word‑p. 106
10.1.4.3
Exceptional cases
10.1a
Measurement and Reporting of CSG Cells and hybrid cells
|R9|
10.2
RF Power Control
Word‑p. 107
10.2.1
MS output power
10.2.2
BTS output power
Word‑p. 108
10.2.3
Measurements at MS side
Word‑p. 109
10.2.3.1
Deriving the C value
Word‑p. 110
10.2.3.1.1
Packet idle mode or MAC-Idle state
10.2.3.1.2
Packet transfer mode or MAC-Shared state
10.2.3.1.2.1
MS that have not enabled EC operation
10.2.3.1.2.2
MS that have enabled EC operation
Word‑p. 112
10.2.3.2
Derivation of Channel Quality Report
10.2.3.2.1
Packet transfer mode or MAC-Shared state
Word‑p. 113
10.2.3.2.2
Void
10.2.3.2.3
Measurement reporting
Word‑p. 116
10.2.3.2.4
Measurement reporting - additional requirements for downlink dual carrier
|R7|
Word‑p. 117
10.2.3.2.5
Measurement reporting - additional requirements for downlink multi carrier
|R12|
Word‑p. 118
10.2.3.3
Range of parameters MEAN_BEP and CV_BEP for EGPRS2
|R7|
10.2.4
Measurements at BSS side
Word‑p. 122
10.2a
Packet-switched Handover
|R8|
10.3
Measurement requirements
10.4
Control parameters
11
CTS mode tasks
Word‑p. 129
11.1
CTS idle mode tasks
11.1.1
CTS cell selection
11.1.1.1
Synchronization and measurements for CTS cell selection
11.1.1.2
Initial sychronization of CTS-MS
11.1.2
Criterion for CTS cell selection
Word‑p. 130
11.1.3
Monitoring of CTSBCH and CTSPCH
11.1.3.1
Monitoring of received signal level
11.1.3.2
Downlink beacon failure
11.1.3.3
Downlink paging failure
11.1.4
Procedures with reporting to the CTS-FP
Word‑p. 131
11.1.4.1
AFA monitoring
11.1.4.2
BCCH detection
11.1.4.3
Observed Frequency Offset (OFO) measurement
11.2
Intra-cell handover
Word‑p. 132
11.2.1
Overall process
11.2.2
CTS-MS measurement procedure
11.2.3
CTS-FP measurement procedure
11.2.4
Strategy
11.3
RF power control
11.3.1
Overall process
11.3.2
CTS-MS implementation
11.3.3
CTS-MS power control range
Word‑p. 133
11.3.4
CTS-FP implementation
11.3.5
CTS-FP power control range
11.3.6
Strategy
11.3.7
Timing
11.4
Radio link failure
Word‑p. 134
11.4.1
Criterion
11.4.2
CTS-MS procedure
11.4.3
CTS-FP procedure
11.5
Radio link measurements
11.5.1
Signal strength
11.5.1.1
General
11.5.1.2
Physical parameter
Word‑p. 135
11.5.1.3
Statistical parameters
11.5.1.4
Range of parameter
11.5.2
Signal quality
11.5.2.1
General
11.5.2.2
Physical parameter
11.5.2.3
Statistical parameters
11.5.2.4
Range of parameter
11.5.3
Aspects of discontinuous transmission (DTX)
11.5.4
Measurement reporting for the CTS-MS on a TCH
11.6
Control of CTS-FP service range
Word‑p. 136
11.7
Control parameters
12
COMPACT Mode Tasks
Word‑p. 138
12.1
Introduction
12.2
Network Pre-requisites
12.2.1
CPBCCH carriers
12.3
COMPACT Idle Mode Tasks
12.3.1
Introduction
12.3.2
Measurements for COMPACT Cell Selection
Word‑p. 139
12.3.3
Measurements for COMPACT Stored List Cell Selection
12.3.4
Criteria for COMPACT Cell Selection
12.3.5
Downlink Signalling Failure
Word‑p. 140
12.4
COMPACT Cell Reselection
12.4.1
Monitoring the received signal level and CPBCCH data
12.4.1.1
Packet idle mode or MAC-Idle state
12.4.1.2
Packet transfer mode or MAC-Shared state
Word‑p. 141
12.4.2
COMPACT cell reselection criteria
Word‑p. 142
12.4.3
COMPACT cell reselection algorithm
12.4.4
Network controlled Cell reselection
12.4.5
COMPACT cell reselection measurement opportunities
A
Definition of a basic GSM or DCS 1 800 handover and RF power control algorithm
Word‑p. 143
A.1
Scope
A.2
Functional requirement
A.3
BSS pre-processing and threshold comparisons
Word‑p. 144
A.3.1
Measurement averaging process
A.3.2
Threshold comparison process
Word‑p. 145
A.3.2.1
RF power control process
A.3.2.2
Handover Process
Word‑p. 146
A.4
BSS decision algorithm
Word‑p. 147
A.4.1
Internal intracell handover according to radio criteria: (Interference problems)
A.4.2
Internal handover according to other criteria
Word‑p. 148
A.4.3
General considerations
A.5
Channel allocation
A.6
Handover decision algorithm in the MSC
Word‑p. 149
B
Power Control Procedures
Word‑p. 151
B.1
Open loop control
B.2
Closed loop control
Word‑p. 152
B.3
Quality based control.
B.4
BTS power control
Word‑p. 153
B.5
Example
B.6
Interworking between normal and fast power control for ECSD
Word‑p. 154
B.7
Interworking between normal and enhanced power control (EPC)
|R5|
Word‑p. 155
C
Example Interference Measurement Algorithm
Word‑p. 157
D
Example Selection of Modulation and Coding Schemes based on Link Quality Reports
Word‑p. 158
$
Change History
Word‑p. 159