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Content for
TR 45.912
Word version: 16.0.0
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12
Adaptation between mobile station receiver diversity and dual-carrier
13
Enhancements to resource allocation
14
Modified MBMS Service
15
Uplink throughput enhancements with low standard impact
A
Plots for clause 7 (dual-carrier and multi-carrier)
B
Chapter 8 Link simulation results
C
Chapter 8 Link simulation results
D
Chapter 8 Link simulation results
E
Detailed simulation results for reduced transmission time interval (subclause 10.3.2)
F
Flow-graphs of SMTP and POP3 scenarios (subclause 10.3.3)
$
Change history
12
Adaptation between mobile station receiver diversity and dual-carrier
Word‑p. 413
12.1
Introduction
12.2
Concept description
12.3
Performance Characterization
Word‑p. 414
12.4
Impacts to the Mobile Station
12.5
Impacts to the BSS
12.6
Impacts to the Core Network
12.7
Impacts to the Specification
13
Enhancements to resource allocation
Word‑p. 415
13.1
Introduction
13.1.1
Benefits of the Solution
Word‑p. 416
13.1.2
Details of Allocation Rule
13.2
USF and Timeslot Resources
Word‑p. 417
13.2.1
Co-existence with existing allocation schemes
Word‑p. 418
13.3
Modelling Assumptions and Requirements
Word‑p. 419
13.3.1
Illustration
13.4
Performance Characterization
Word‑p. 423
13.4.1
Cumulative Probability Distribution- MCS-1, QCIF 30 FPS
Word‑p. 425
13.4.2
Cumulative Probability Distribution- MCS-5, CIF 15 FPS
Word‑p. 426
13.4.3
Summary of Performance Characterization
Word‑p. 427
13.5
Discussion: Improvement of B2DA
13.5.1
Introduction
13.5.2
Details of proposed allocation scheme
Word‑p. 428
13.5.2.1
New allocation rule based on B2DA
13.5.2.2
USF resource
13.5.3
Benefits of the Solution
Word‑p. 429
13.6
References
14
Modified MBMS Service
14.1
Introduction
14.2
Concept description
Word‑p. 430
14.3
Modelling Assumptions and Requirements
14.3.1
Channel Modelling
14.3.2
Broadcast Network C/I and C/N Distributions
Word‑p. 432
14.4
Receiver Link Performance
Word‑p. 434
14.5
Radio Resource Management
Word‑p. 435
14.6
Impacts to the Mobile Station
Word‑p. 436
14.7
Impacts to the BSS
14.8
Impacts to the Core Network
14.9
Impacts to the Specification
Word‑p. 437
14.10
Open Issues
14.11
References
15
Uplink throughput enhancements with low standard impact
15.1
MS multislot capability switching
15.1.1
Introduction
15.1.2
Timeslot allocation
15.1.3
Full-duplex MS
Word‑p. 438
15.1.4
Tx power
Word‑p. 439
15.1.5
Data rate increase
15.1.6
Data rate increase at the cell edge
Word‑p. 440
15.1.7
Impacts on mobile stations
Word‑p. 441
15.1.7.1
Full-duplex MS
15.1.8
Impacts on the BSS
Word‑p. 442
15.1.9
Impacts on the core network
15.1.10
Impacts on the specification
15.1.11
Summary
15.2
Type 2 MS Implementation
15.2.1
Concept Description
15.2.2
Void
15.2.2a
Interference Frequencies
Word‑p. 443
15.2.2a.1
Introduction and Purpose
15.2.2a.2
Frequencies of Interest
15.2.2a.3
Intermodulation Interference
Word‑p. 444
15.2.2a.3.1
Second Order Intermodulation Term
15.2.2a.3.2
Third Order Intermodulation Terms
15.2.2a.4
Intermodulation Frequency Bands
Word‑p. 445
15.2.2a.5
Cross Modulation Interference
Word‑p. 447
15.2.2a.6
Summary
Word‑p. 448
15.2.3
Void
15.2.3a
Transmitter Output Power Levels
15.2.3a.1
No Maximum Output Power Reduction
15.2.3a.2
No Change in PA Capabilities
15.2.3a.3
Power Back Off based on Duplexer Power Tolerance
Word‑p. 449
15.2.4
Void
15.2.4a
Analysis Assumptions
15.2.5
Duplexer and Receive Filter Requirements
Word‑p. 450
15.2.5.1
Introduction
15.2.5.2
Methodology
15.2.5.3
Receiver Bandpass Filter Specifications
Word‑p. 451
15.2.5.4
Duplexer Filter Specifications
Word‑p. 452
15.2.5.5
Worst Case Assumption
Word‑p. 453
15.2.5.6
Filter Specifications
15.2.5.7
New Duplexer Arrangement for Lower Insertion Loss
Word‑p. 456
15.2.5.7.1
Concept Description
15.2.5.7.2
Impacts on the Specification
Word‑p. 457
15.2.5.7.3
Impacts on the Analysis
15.2.6
Void
15.2.6a
Basic Type 2 Architecture
15.2.6a.1
Introduction
15.2.6a.2
Receiver performance
15.2.6a.3
Mapping Filter Specifications
Word‑p. 458
15.2.6a.4
Architecture Details
15.2.6a.4.1
Architecture 1 - The Basic Type 2 Mobile
15.2.6a.4.2
Architecture 2 - The Basic Type 2 Mobile with Additional Filtering
Word‑p. 459
15.2.6a.5
Analysis of the Basic Type 2 Architecture
Word‑p. 460
15.2.6a.5.1
No Maximum Output power Reduction
15.2.6a.5.2
No Change in PA Capabilities
Word‑p. 462
15.2.6a.5.3
Power Back Off based on Duplexer Power Tolerance
15.2.6a.6
Analysis of the Basic Type 2 Architecture with Typical GSM Receiver Filters
15.2.6a.6.1
No Maximum Output Power Reduction
Word‑p. 463
15.2.6a.6.2
No Change in PA Capabilities
Word‑p. 464
15.2.6a.6.3
Power Back Off based on Duplexer Power Tolerance
15.2.6a.7
Analysis of the Basic Type 2 Architecture with High TX Rejection Receiver Filters
Word‑p. 465
15.2.6a.7.1
No Maximum Output Power Reduction
15.2.6a.7.2
No Change in PA Capabilities
Word‑p. 467
15.2.6a.7.3
Power Back Off based on Duplexer Power Tolerance
15.2.6a.8
Summary
15.2.7
Void
15.2.7a
Modified Type 2 Architecture
Word‑p. 468
15.2.7a.1
Introduction
15.2.7a.2
LNA and Post-Filter Receiver Performance
15.2.7a.3
Mapping Filter Specifications
Word‑p. 469
15.2.7a.4
Modified Architecture Details
15.2.7a.5
Receiver Sensitivity
Word‑p. 470
15.2.7a.6
Transmitter Output Power Levels
Word‑p. 471
15.2.7a.7
Analysis Assumptions
15.2.7a.8
Analysis of the Modified Type 2 Architecture
15.2.7a.8.1
No Maximum Output power Reduction
Word‑p. 473
15.2.7a.8.2
No Change in PA Capabilities
Word‑p. 474
15.2.7a.8.3
Power Back Off based on Duplexer Power Tolerance
Word‑p. 475
15.2.7a.9
Blocker Power Reduction
Word‑p. 476
15.2.7a.10
Summary
15.2.8
Void
15.2.8a
Hybrid Type 2 Architecture
Word‑p. 477
15.2.8a.1
Introduction
15.2.8a.2
Receiver performance
15.2.8a.3
Mapping Filter Specifications
Word‑p. 478
15.2.8a.4
Architecture Details
15.2.8a.4.1
The Hybrid Type 2 Architecture
15.2.8a.4.2
Traditional Type 1 Architecture
Word‑p. 479
15.2.8a.5
Type 2 Operation Analysis
Word‑p. 480
15.2.8a.5.1
Assumptions
15.2.8a.5.2
No Maximum Output power Reduction
15.2.8a.5.3
No Change in PA Capabilities
Word‑p. 481
15.2.8a.5.4
Power Back Off based on Duplexer Power Tolerance
Word‑p. 482
15.2.8a.6
Type 1 Operation - Comparison with Legacy Terminals
15.2.8a.6.1
Transmitter Path
15.2.8a.6.2
Receiver Path
15.2.8a.7
Type 1 Operation - Comparison with Legacy Terminals Using a Modified Hybrid Architecture
15.2.8a.8
Summary
Word‑p. 483
15.2.9
Areas for Further Study
Word‑p. 484
15.3
References
A
Plots for clause 7 (dual-carrier and multi-carrier)
Word‑p. 487
B
Chapter 8 Link simulation results
Word‑p. 489
B.1
Link performance for 8-PSK and 16 QAM with and without turbo coding
B.2
C/I-distribution
Word‑p. 493
B.3
Link performance 32QAM
Word‑p. 494
C
Chapter 8 Link simulation results
Word‑p. 497
C.1
Detailed link performance results
C.2
Detailed modulation detection performance results
Word‑p. 501
D
Chapter 8 Link simulation results
Word‑p. 509
E
Detailed simulation results for reduced transmission time interval (subclause 10.3.2)
Word‑p. 512
F
Flow-graphs of SMTP and POP3 scenarios (subclause 10.3.3)
Word‑p. 514
$
Change history
Word‑p. 517