A Discrete-Event Network Simulator
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ns-3
Models
LTE Module
ΒΆ
Design Documentation
Overview
Design Criteria
LTE Model
EPC Model
Architecture
LTE Model
UE architecture
eNB architecture
EPC Model
EPC data plane
EPC control plane
Channel and Propagation
Use of the Buildings model with LTE
Fading Model
Antennas
PHY
Overview
Subframe Structure
MAC to Channel delay
CQI feedback
Interference Model
LTE Spectrum Model
Data PHY Error Model
MIESM
BLER Curves
Integration of the BLER curves in the ns-3 LTE module
Control Channels PHY Error Model
PCFICH + PDCCH Error Model
MIMO Model
UE PHY Measurements Model
HARQ
MAC
Resource Allocation Model
Adaptive Modulation and Coding
Transport Block model
The FemtoForum MAC Scheduler Interface
Round Robin (RR) Scheduler
Proportional Fair (PF) Scheduler
Maximum Throughput (MT) Scheduler
Throughput to Average (TTA) Scheduler
Blind Average Throughput Scheduler
Token Bank Fair Queue Scheduler
Priority Set Scheduler
Random Access
RLC
Overview
Service Interfaces
RLC Service Interface
RLC Service Primitives
MAC Service Interface
MAC Service Primitives
AM RLC
Buffers for the transmit operations
Transmit operations in downlink
Retransmission in downlink
Transmit operations in uplink
Retransmission in uplink
Calculation of the buffer size
Concatenation and Segmentation
Re-segmentation
Unsupported features
UM RLC
Transmit operations in downlink
Transmit operations in uplink
Calculation of the buffer size
TM RLC
Transmit operations in downlink
Transmit operations in uplink
Calculation of the buffer size
SM RLC
PDCP
PDCP Model Overview
PDCP Service Interface
PDCP Service Primitives
RRC
Features
Architecture
UE RRC State Machine
ENB RRC State Machine
Radio Admission Control
Radio Bearer Configuration
Radio Link Failure
UE Measurements
UE RRC measurements support
eNB RRC measurement configuration
Handover
RRC sequence diagrams
RRC connection establishment
RRC connection reconfiguration
RRC protocol models
Ideal RRC protocol model
Real RRC protocol model
Signaling Radio Bearer model
ASN.1 encoding of RRC IE’s
Asn1Header class - Implementation of base ASN.1 types
RrcAsn1Header : Common IEs
Rrc specific messages/IEs classes
NAS
S1
S1-U
S1AP
X2
X2 interfaces
X2-C
X2-U
X2 Service Interface
X2-C primitives for handover execution
X2-C SON primitives
Unsupported primitives
S11
Helpers
User Documentation
Background
Usage Overview
Basic simulation program
Configuration of LTE model parameters
Configure LTE MAC Scheduler
Simulation Output
Fading Trace Usage
Fading Traces Generation
Fading Traces Usage
Mobility Model with Buildings
PHY Error Model
MIMO Model
Use of AntennaModel
Radio Environment Maps
AMC Model and CQI Calculation
Evolved Packet Core (EPC)
X2-based handover
Manual handover trigger
Automatic handover trigger
Handover traces
Examples Programs
Reference scenarios
Testing Documentation
Overview
Description of the test suites
Unit Tests
SINR calculation in the Downlink
SINR calculation in the Uplink
E-UTRA Absolute Radio Frequency Channel Number (EARFCN)
System Tests
Adaptive Modulation and Coding Tests
Inter-cell Interference Tests
UE Measurements Tests
Round Robin scheduler performance
Proportional Fair scheduler performance
Maximum Throughput scheduler performance
Throughput to Average scheduler performance
Blind Average Throughput scheduler performance
Token Band Fair Queue scheduler performance
Priority Set scheduler performance
Building Propagation Loss Model
Physical Error Model
HARQ Model
MIMO Model
Antenna Model integration
RLC
RRC
GTP-U protocol
S1-U interface
TFT classifier
End-to-end LTE-EPC data plane functionality
X2 handover
Automatic X2 handover
Handover delays
Profiling Documentation
Overview and objectives
Framework description
Simulation scripts
Simulation input parameters
Time measurement
Perl script
Requirements
Plotting results
Reference software and equipment
Results
E-UTRAN
Running time
Propagation model
Simulation time
Memory usage
EPC
Running time
Simulation time
References
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