1
Introduction
2 Scope
3 References
3.1
Related ITU-R Recommendations and Reports
3.2
IETF
4 Definition
5 Abbreviations
6 Basic
capabilities
6.1
Key characteristics
6.1.1 Technical
characteristics
6.1.2 Operational
characteristics
6.2
Encapsulation
6.3
Address management
6.4
Maximum transmission units (MTUs) and IP fragmentation
6.5
Multicasting/Broadcasting
6.6
Bandwidth on demand (BoD) subnets
6.7
Bandwidth asymmetries
7 QoS
considerations
8 End to end
requirements for AIPN with access system
8.1
Introduction
8.2
Delay characteristics
8.3
Round-trip delay requirement
8.4
Packet loss requirement
8.5
Delay jitter requirement
9 Supporting
mobility
9.1
Introduction
9.2
Mobile IP
9.3
Mobility and handover
10 Security requirements
10.1
Introduction
10.2 Authentication
10.3
Privacy
10.4
Technical aspects concerning security
10.4.1 Tunnelling
mechanism
10.4.2 Employing
IPSec
10.4.3 Configuration
of firewalls
10.4.4 Balance
between security and complexity
11 Service architecture
12 Interoperability and
interworking
12.1
Introduction
12.2
Legacy systems
13 Transmission
efficiency
14 Example of
multi-media applications
14.1
Voice-over-IP (VoIP) over mobile systems
14.2
Web surfing
14.3
Streaming audio and video
14.4
Digital video telephony
15 Summary
16 Appendices
Appendix 1 Description of some specific IP applications over
mobile systems
1 Introduction
2 Features
currently available
2.1
IP multimedia subsystem (IMS)
2.2
End to end QoS procedures and service based local policy control
2.3
Supporting mobility
2.4
Support for IPv6
2.5
IP Transport in UTRAN
2.6
RObust Header Compression functionality (ROHC)
2.7
IMS signalling flag
2.8
High speed downlink packet access (HSDPA) and enhanced uplink
2.9
Multimedia broadcast and multicast services (MBMS)
2.10
Flow based charging
2.11
WLAN-UMTS interworking
2.12 Voice
call continuity (VCC)
3 Release 7
(current) developments
4 Future
developments
Appendix 2 Location based information services for mobile Internet
systems
1 Introduction
2 The location
based information service technology for mobile Internet system
2.1
Triggering location based information service
2.2
The repetitive information service and data filtering
2.3
Data indexing
3 Examples of
applications
Appendix 3 A protocol for improving UDP performance over wireless
networks and its application to mobile robot control
1 Abstract
2 A control
protocol for the mobile robot over wireless Internet
3 Simulation
method
4 Simulation
results and analysis
5 Technical and
operational requirements for the Internet robot control service protocol
5.1 Technical
requirements for real-time robot control Internet services in mobile systems
5.1.1 Mapping
5.1.2 Real-time mobile
system control channel assignment
5.1.3 Robot control
protocol procedure
5.1.4 QoS
5.1.5 Mobility management
5.2
Operational requirements for real-time robot control Internet
services in mobile systems
5.2.1 Functions of
network nodes in mobile system
5.2.2 Applications
Appendix 4 IP application support in IMT-2000 CDMA multi-carrier
1 Introduction
2 Basic
capabilities
2.1
Introduction
2.2
Encapsulation
2.3
Address management
3 QoS
considerations
3.1
Introduction
3.2
The IMT-2000 CDMA multi-carrier E2E QoS bearer services
4 Supporting
mobility
5 Security
considerations
5.1
Introduction
5.2
3GPP2 security features
6 Service
architecture
6.1
Introduction
6.2
MMD overview and references
6.3
MMD and regulatory features
7 Inter-working
7.1
Introduction
7.2
Wireless local area networks
7.3
GPRS
8 Spectral
efficiency
9 Example
multi-media applications
9.1
Web-surfing
9.2
Voice-over-IP
9.3
Streaming audio and video
9.4
Digital video telephony
10 Conclusion
11 References
11.1
IETF
11.2
3GPP2
Appendix 5 The path of IP applications over mobile systems
Appendix 6 Support of IP protocol with DECT
1 Introduction
2 DECT access to
IP based networks
2.1
Reference configuration
2.2
IP-Roaming
2.3
SIP Interworking
3 DECT packet
radio service (DPRS)
3.1
Reference configuration (transparent IP transport)
3.2
Application specific access profiles
3.2.1 Ethernet
interworking
3.2.2 V.24 Interworking
4 Summary
Appendix 7 General considerations for mobile system configuration
to support IP applications
1 IP architecture
requirements for mobile system
2 The architecture
of mobile wireless system
3 Conclusion
Appendix 8 Use of IEEE 802.16 access networks to support IP
applications over mobile systems
1 Introduction
2 Scope and
structure of IEEE 802.16 standard
3 Convergence
sublayers
5 MAC common part
sublayer and support for IP
6 Addressing and
connections in point-to-multipoint mode in the Data/Control plane
7 IP Header
compression
8 Security
sublayer
9 Handover support
Appendix 9 WiMax Forum Mobility Profiles for support of IP
applications over mobile systems
1 Introduction
2 MAC and PHY
functional requirements
2.1
Service class and applications support
2.2
Multicast and broadcast services support
2.3
QoS control
3 Power saving,
idle mode, and paging requirements
4 Security requirements
4.1
Threat classes
4.2
Device authorization
4.3
WiMAX Forum mobility profiles
4.4
Network entry of a provisioned MS
4.5
Encryption of the air link bearer traffic and messages
5 Requirement for
MAC convergence sublayer
6 Air interface
functional requirement for L2 handover
7 Diversity and multiple antenna support