1. SELF CONFIGURATION OF 4G
NETWORK TERMINALS
Baptist Johny Joseph
S7 I.T
Roll no:3
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2. Introduction
Factors affecting self configuration and
reconfiguration: network selection and qos.
Two problems to satisfy self configuration and
reconfiguration:framework of self
configuration, service configuration in light of quality
levels.
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3. Generations of mobile phones
Zeroth Generation.
First Generation.
Second Generation.
Third Generation.
Fourth Generation.
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4. 0G
Half-duplex lines
One speaks, the other cannot speak.
Push-to-talk protocol (PTT)
Voice only
Two-way radio / “Walkie-Talkies”
Mobile Telephone System (MTS)
1946 MTS
1962 IMTS
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5. 1G
Analog cell phones
Voice only
1980s to 1990s
Problem with analog:
Not encrypted
Prone to distortions
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6. 2G
1991
Digital networks
SMS
Mainly circuit-switched
Multiplexing: TDMA and CDMA
1999 2.5G
GPRS
Data rate up to 128 kb/s
EDGE
Data rate up to 384 kb/s
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7. 3G
Combines with IP based services
Video-conferencing
Music downloading?
Transfer of data:
Emails
Documents
CDMA2000, UMTS, W-CDMA
Problem:
Different places, different air interfaces
Cost of deploying
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8. 4G Networks
New ip based integrity service providing a
speed between 100 Mbps and 1 Gbps .
High security and qos.
Supports user’s terminal to involve
multimode and multi access.
Architecture requires multiple
access technolgies
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9. Related Work
Address auto configuration based on ipv6.
Quality of Service provisioning.
Handover of heterogeneous networks.
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10. IPV6
4G networks are ipv6 based.
Three types of address auto configuration issues:
1.conflict-detection allocation 2.conflict free allocation
3.best-effort allocation.
Conflict free allocation algorithm are proposed for
MANET that provides assignment to mobile host
during initiation,formation and maintanance of a
network.
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11. QOS
QOS represents set of techniques necessary to manage
network bandwidth,delay,jitter and packet loss.
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14. Mechanism
Configuration of 4g terminals are influenced by 2
factors:
1.Guided by policy management tools.
2.Usage context collection automatically by terminals.
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16. Design and solution
Modules of TMS
Network Interface Adaption Manager.:provide interface to
different networks.
Access Network Selection Manager:selects access network.
Handover Manager:configures IP address,DNS,keep
sessions alive.
Intelligent Integrted Strategy Manager:kernel of
TMS,incharge of management and configuration of
receivers,provide mobility.
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17. Design and solution
Modules of TMS
User preferences Default configuration:Load default
setting of user profile.
Service configuration:Load default service setting.
System monitoring:Detect the
license/update/download of software.
Service watchdog:In case of collapse store setting and
reeboots application software.
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18. Conclusion
Proposed a Tms framework to provide a solution for
determining the best network interface.
Integrated Strategy Manager, which is the kernel of the
TMS is identified and studied.
For future work, more detailed framework information
for both self configuration and reconfiguration.
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