1
Introduction
2
Scope
3
Related texts
4
Definition
5
Characteristics of SDR
5.1
Functional characteristics
5.2
Operational characteristics
5.3
Technical and architectural characteristics
6
Software download
6.1
Security characteristics
7
Deployment considerations
7.1
Vertical, horizontal industry models
8
Operational considerations
8.1
Spectrum usage and flexibility
8.2
Implications for certification and conformity
8.2.1
IMT system technical considerations necessary to insure conformance with
ITU Recommendations and Radio Regulations
8.3
Implications for circulation
9
Implementation of SDR in specific land mobile systems and applications
9.1
IMT systems
9.1.1
User benefits
9.1.2
Manufacturer benefits
9.2
Wireless access systems (WAS) including radio local area networks (RLAN)
9.3
Public protection and disaster relief (PPDR) applications
9.3.1
Interworking and interoperability
9.3.2
Enhanced functionality
9.3.3
Remote control
9.4
Intelligent transport systems (ITS) applications
9.4.1
Space considerations
9.4.2
Power considerations
9.4.3
Reconfiguration considerations
9.4.4
Service life considerations
9.4.5
Cost considerations
9.4.6
Special requirements for SDR in the vehicle
9.5
Amateur and amateur satellite systems
9.5.1
Soundcard applications
9.5.2
First-generation SDR transceiver
9.5.3
Second-generation SDR transceiver
9.5.4
Third-generation SDR equipment
9.5.5
Amateur-satellite SDR applications
9.6
Other land mobile systems
10
Technology aspects related to IMT systems
10.1
Status of R&D
10.1.1
Hardware aspects
10.1.2
System aspects
10.2
Items for future study
Annex A Technical aspects related to IMT systems
1
Aspects of antenna systems
1.1
Monopole antenna using human body
1.2
Software adaptive antenna
1.2.1
Application of IMT systems software adaptive antenna system
1.3
RFU
1.4
AD/DA converters
1.5
Sampling rate conversion filter
1.6
Reconfigurable baseband processor
1.7
High-speed software switching
1.8
Simultaneous multiple communication
1.9
Communication system selection
Annex B External organizations