CONTENTS

Policy on Intellectual Property Right (IPR)
1 Introduction
2 Scope
3 Structure of the Report
4 Related ITU-R texts
5 Evaluation guidelines
6 Characteristics for evaluation
7 Evaluation methodology
7.1 System simulation procedures
7.1.1 Cell spectral efficiency
7.1.2 Cell edge user spectral efficiency
7.1.3 VoIP capacity
7.2 Evaluation methodology for mobility requirements
7.3 Analytical approach
7.3.1 Peak spectral efficiency calculation
7.3.2 Control plane latency calculation
7.3.3 User plane latency calculation
7.3.4 Intra- and inter-frequency handover interruption time derivation
7.4 Inspection
7.4.1 Bandwidth and channel bandwidth scalability
7.4.2 Deployment in IMT bands
7.4.3 Inter-system handover
7.4.4 Support of a wide range of services
8 Test environments and evaluation configurations
8.1 Test environments
8.1.1 Indoor test environment
8.1.2 Microcellular test environment
8.1.3 Base coverage urban test environment
8.1.4 High-speed test environment
8.2 Deployment scenarios for the evaluation process
8.3 Network layout
8.4 Evaluation configurations
8.4.1 Evaluation configurations parameters for analytical assessment
8.4.2 Evaluation configurations parameters for simulation assessment
8.5 Antenna characteristics
8.5.1 BS antenna
8.5.2 UT antenna
9 Channel model approach
9.1 Generic channel model (mandatory)
9.1.1 Drop concept
9.2 CDL model (for calibration)
10 List of acronyms and abbreviations
1 Test environments and channel models
1.1 Test environments, deployment scenarios and network layout
1.2 Test environments
1.2.1 Base coverage urban test environment
1.2.2 Microcellular test environment
1.2.3 Indoor test environment
1.2.4 High-speed test environment
1.2.5 Simulation of relays
1.3 Primary module
1.3.1 Path loss models
1.3.2 Primary module channel model parameters
UMa Urban macro-cell
1.4 Extension module
1.4.1 Large scale parameters
1.4.2 Generation of reduced variability models based on TSP model
1.4.3 K-factor
1.4.4 Cross polarization
1.4.5 Generation of small scale parameters in clusters
1.4.6 Typical values of parameters
1 Full buffer traffic model
2 VoIP traffic model
2.1 Detailed description of the VoIP traffic model
a) Basic model
b) Model statistics