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Content for
TS 45.005
Word version: 18.0.0
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M
Minimum Performance Requirements for Assisted Global Positioning System (A-GPS)
N
Reference Test Scenarios for DARP Phase II (MSRD)
O
Minimum Performance Requirements for Assisted Galileo and Additional Navigation Satellite Systems (A-GANSS)
P
Minimum receiver performance requirements for MSR BS
Q
Reference Test Scenarios for Voice services over Adaptive Multi-user channels on One Slot (VAMOS)
R
Reference Test Scenarios for Overlaid CDMA
S
Normalized coherency error
T
Calculation of the equivalent combined power
$
Change history
M
(Normative) Minimum Performance Requirements for Assisted Global Positioning System (A-GPS)
|R7|
p. 232
M.1
General
p. 232
M.1.1
Abbreviations
p. 232
M.1.2
Measurement parameters
p. 232
M.1.2.1
MS based A-GPS measurement parameters
p. 232
M.1.2.2
MS assisted A-GPS measurement parameters
p. 232
M.1.3
Response time
p. 232
M.1.4
Time assistance
p. 232
M.1.4.1
Use of fine time assistance
p. 233
M.1.4.2
2D position error
p. 233
M.2
A-GPS minimum performance requirements
p. 233
M.2.1
Sensitivity
p. 233
M.2.1.1
Coarse time assistance
p. 233
M.2.1.1.1
Minimum Requirements (Coarse time assistance)
p. 233
M.2.1.2
Fine time assistance
p. 234
M.2.1.2.1
Minimum Requirements (Fine time assistance)
p. 234
M.2.2
Nominal Accuracy
p. 234
M.2.2.1
Minimum requirements (nominal accuracy)
p. 234
M.2.3
Dynamic Range
p. 235
M.2.3.1
Minimum requirements (dynamic range)
p. 235
M.2.4
Multi-Path scenario
p. 235
M.2.4.1
Minimum Requirements (multi-path scenario)
p. 235
M.2.5
Moving scenario and periodic location
p. 236
M.2.5.1
Minimum Requirements (moving scenario and periodic location)
p. 237
M.3
Test conditions
p. 237
M.3.1
General
p. 237
M.3.1.1
Parameter values
p. 237
M.3.1.2
Time assistance
p. 237
M.3.1.3
GPS Reference Time
p. 237
M.3.1.4
Reference and MS locations
p. 238
M.3.1.5
Satellite constellation and assistance data
p. 238
M.3.1.6
Atmospheric delays
p. 238
M.3.1.7
GSM Frequency and frequency error
p. 238
M.3.1.8
Information elements
p. 238
M.3.1.9
GPS signals
p. 238
M.3.1.10
RESET MS POSITIONING STORED INFORMATION Message
p. 238
M.4
Propagation Conditions
p. 239
M.4.1
Static propagation conditions
p. 239
M.4.2
Multi-path Case G1
p. 239
M.5
Measurement sequence chart
p. 240
M.5.1
General
p. 240
M.5.2
MS Based A-GPS Measurement Sequence Chart
p. 240
M.5.3
MS Assisted A-GPS Measurement Sequence Chart
p. 241
M.6
Assistance data required for testing
p. 242
M.6.1
Introduction
p. 242
M.6.2
Information elements required for MS-based
p. 242
M.6.3
Information elements available for MS-assisted
p. 243
M.7
Converting MS-assisted measurement reports into position estimates
p. 244
M.7.1
Introduction
p. 244
M.7.2
MS measurement reports
p. 244
M.7.3
Weighted Least Squares (WLS) position solution
p. 245
N
(Normative) Reference Test Scenarios for DARP Phase II (MSRD)
|R7|
p. 247
N.1
Interferer configurations
p. 247
N.2
Correlation and antenna gain imbalance
p. 248
N.3
Testing MSRD terminal conformance to legacy requirements
p. 249
O
(Normative) Minimum Performance Requirements for Assisted Galileo and Additional Navigation Satellite Systems (A-GANSS)
|R9|
p. 251
O.1
General
p. 251
O.1.1
Abbreviations
p. 251
O.1.2
Measurement parameters
p. 251
O.1.2.1
MS based A-GANSS measurement parameters
p. 251
O.1.2.2
MS assisted A-GANSS measurement parameters
p. 251
O.1.3
Response time
p. 251
O.1.4
Time assistance
p. 252
O.1.4.1
Use of fine time assistance
p. 252
O.1.5
Error definitions
p. 252
O.1.6
Mobile stations supporting multiple constellations
|R14|
p. 252
O.1.7
Mobile stations supporting multiple signals
|R14|
p. 252
O.2
A-GANSS minimum performance requirements
p. 253
O.2.1
Sensitivity
p. 253
O.2.1.1
Coarse time assistance
p. 253
O.2.1.1.1
Minimum Requirements (Coarse time assistance)
p. 254
O.2.1.2
Fine time assistance
p. 254
O.2.1.2.1
Minimum Requirements (Fine time assistance)
p. 254
O.2.2
Nominal Accuracy
p. 255
O.2.2.1
Minimum requirements (nominal accuracy)
p. 255
O.2.3
Dynamic Range
p. 255
O.2.3.1
Minimum requirements (dynamic range)
p. 256
O.2.4
Multi-Path scenario
p. 256
O.2.4.1
Minimum Requirements (multi-path scenario)
p. 257
O.2.5
Moving scenario and periodic location
p. 257
O.2.5.1
Minimum Requirements (moving scenario and periodic location)
p. 258
O.3
Test conditions
p. 259
O.3.1
General
p. 259
O.3.1.1
Parameter values
p. 259
O.3.1.2
Time assistance
p. 259
O.3.1.3
GANSS Reference Time
p. 259
O.3.1.4
Reference and MS locations
p. 259
O.3.1.5
Satellite constellation and assistance data
p. 260
O.3.1.6
Atmospheric delays
p. 260
O.3.1.7
Sensors
p. 260
O.3.1.8
Information elements
p. 260
O.3.1.9
GNSS signals
p. 260
O.3.1.10
RESET MS POSITIONING STORED INFORMATION Message
p. 260
O.3.2
GNSS System Time Offsets
p. 260
O.4
Propagation Conditions
p. 261
O.4.1
Static propagation conditions
p. 261
O.4.2
Multi-path case
p. 261
O.5
Measurement sequence chart
|R13|
p. 262
O.5.1
General
p. 262
O.5.2
TTFF Measurement Sequence Chart
p. 262
O.6
Assistance data required for testing
|R13|
p. 263
O.6.1
GPS assistance data
p. 263
O.6.2
GANSS assistance data
p. 263
O.7
Converting MS-assisted measurement reports into position estimates
|R13|
p. 266
O.7.1
Introduction
|R9|
p. 266
O.7.2
MS measurement reports
|R9|
p. 266
O.7.3
Weighted Least Squares (WLS) position solution
|R9|
p. 268
P
(Normative) Minimum receiver performance requirements for MSR BS
|R9|
p. 270
P.1
Reference Sensitivity and interference performance
p. 270
P.2
Other receiver characteristics
p. 270
P.2.1
Blocking characteristics
p. 270
P.2.2
Intermodulation characteristics
p. 270
P.2.3
AM suppression
p. 271
Q
(Normative) Reference Test Scenarios for Voice services over Adaptive Multi-user channels on One Slot (VAMOS)
|R9|
p. 272
Q.1
Interferer configurations in downlink
p. 272
Q.2
Interferer configurations in uplink
p. 273
Q.3
Sensitivity test configuration in downlink
p. 274
Q.4
Sensitivity test configuration in uplink
p. 274
Q.5
Time and frequency offset in uplink
p. 274
Q.6
VAMOS DTX scenario in downlink
p. 274
Q.7
Correlation and antenna gain imbalance for VAMOS III MS
|R12|
p. 275
R
(Normative) Reference Test Scenarios for Overlaid CDMA
|R13|
p. 276
R.1
Frequency offset in uplink
p. 276
S
(Normative) Normalized coherency error
|R13|
p. 277
T
(Normative) Calculation of the equivalent combined power
|R13|
p. 278
$
Change history
p. 279