Delivering high-quality video content is one of the latest and most demanding challenges faced by the IP. With the deployment of these new IPTV services, the existing network infrastructures will be pushed to their limits. To accommodate the needs of IPTV services, networks must be able to scale to millions of customers and how to setup iptv

2. Network music terminal system design and implementation
based on IPTV set-top box
The network music terminal system can be designed based on IPTV
set-top box in the design thought, system architecture and main
technology and so on.

3. Blending Photons With
Electrons To Reduce The
Energy Footprint Of IPTV
Networks
In this topic, to save energy by
shifting particular IPTV traffic
from power-hungry electronic
routing to greener optical
switching can be proposed. The
traffic profile of IPTV results in
such a hybrid switching approach
to allow both energy and
bandwidth efficiencies. To achieve
this goal, a novel protocol can be
designed that will allow the use of
optical bypass in IPTV networks.

4. Mitigating The IPTV Zap Time In Enhanced
EPON Systems
A new IPTV delivery mechanism can be proposed to eliminate
synchronization delay by buffering the current I-frames of broadcasted
channels in the OLT for possible new coming requests and dropping
additional streams along with the main stream.

5. Accelerating Raptor Code Decoding Using Group
Parameters For IPTV Service Delivery
For improving the video quality of broadband IPTV services,
Raptor code can be adopted in various broadband IPTV systems. In
this topic, a systematic Raptor code decoder can be proposed based
on the group parameters for a group of encoding symbols.

6. Design of power saving
mechanism for LTE-a
networks supporting mobile
IPTV services
To reduce the power consumption of
smart phones, in this topic the time
slicing and discontinuous reception
(DRX) schemes can be combined to
build an efficient power saving
mechanism for LTE/LTE-A
networks.
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7. Adaptive CDN-based Bandwidth Conserving
Algorithm For Mobile IPTV
In this topic, an Adaptive CDN-Based Bandwidth Conserving Algorithm
for Mobile IPTV can be proposed that will adapt to different server
bandwidth capacity in order to improve the QOS, which in turn will
provide the required QOE.

8. Effective Resource Utilization Routing Algorithm For
IPTV
In this topic, a new algorithm called Effective Resource Utilization
Routing Algorithm (ERURA) can be designed for IPTV that will
take advantage of Mobile Ad hoc Network (MANET) characteristics
to decrease the total dependency on the server by the mobile nodes.

9. Open IPTV convergence
service creation and
management using service
delivery platform
In this topic, an Open IPTV service
delivery platform structure and
method can be described for
supporting rapid service creation by
reusing pre-defined IPTV service
components.

10. A Combined Path Selection And Admission
Control Scheme For IPTV In IEEE 802.16j
MMR Networks
A new mechanism of path selection and admission control for IPTV can
be proposed in IEEE 802.16j simultaneously. This mechanism will take
into account some constraints of Quality of Services (QOS) which are
required by real-time applications i.e. end-to-end delay, available
bandwidth, number of hops between MR-BS and SS as well as quality of
radio signal.

11. A Channel Popularity Oriented Transmission Scheme In
Vehicular IPTV Networks
A novel transmission scheme can be designed, which will use
differentiated modulation and coding scheme (MCS) profiles for
channels of different popularities.

12. Integration Mechanism For
Live Stream QOS
Monitoring In Android-
based IPTV Set-top Box
In this topic, a solution for the
integration mechanism for live stream
QOS monitoring in Android-based
IPTV set-top box can be presented.
The research will offer a solution to
the growing need of service providers
to provide high quality of service with
reduction in cost for additional
equipment.

13. Improve Channel Availability In Vehicular
IPTV Systems By A Hybrid Transmission
Scheme
A hybrid video transmission scheme to improve the channel availability in
vehicular IPTV systems can be elaborated. The advanced scalable video coding
(SVC) technique can be applied to encode TV channels.

14. An Active Channel Changing Delay method to improve
IPTV channel availability
An Active Channel Changing Delay (ACCD) admission control
method in combination with an n-layered (one base layer and n-1
enhancement layers) Scalable Video Coding (SVC) profile to
alleviate the aforementioned impact caused by client sequential
zapping can be proposed.

15. QOS Enhancement Of Live
IPTV Using An Extended
Real-time Streaming
Protocol In Ethernet Passive
Optical Networks
In this topic, a new architecture for
multicasting live IPTV traffic in
EPONs can be designed. This
mechanism will involve assigning a
unique logical link identifier to each
IPTV channel. To manage
multicasting, a table in the optical line
terminal (OLT) and in each optical
network unit (ONU) can be
constructed.

16. An Access Control Framework Of Federated
IPTV Providers For Mobile IPTV Services
In this topic, a protocol for secure M-IPTV service provision delegation can
be proposed to support IPTV provider’ SLAs through access control
extension to different IPTV provider’ security domains using Single Sign-
On (SSO) technique along with handling individualized policies which will
help in improving communication and collaboration in B2B environment
and will provide users with a more consistent unified experience and
seamless logon.

17. An Efficient Hot Channel Identification Scheme For IPTV
Channel Navigation
A novel scheme can be presented that will identify 'hot' channels,
those likely to be watched in the near future by a target viewer.

18. A New Architecture For
Multicasting Live IPTV
Traffic In Ethernet Passive
Optical Network
In this topic, a new multicasting
mechanism for IPTV in EPON can be
proposed by assigning a unique
logical link identifier (LLID) to each
IPTV channel requested by users.

19. Reducing Perceptible IPTV Zapping Delay Using
CDN Cache Server
An IPTV system model can be presented that will reduce perceptible
zapping delay using a content delivery network (CDN) cache server. This
model will provide low-bit rate preview content stored in the CDN cache
server to viewers during the zapping time of the main channels.

20. Dynamic Channel Reordering To Reduce Latency
During Surfing Periods In IPTV Networks
Here, latency problem in IPTV networks can be addressed by
proposing a novel channel reordering technique that will exploit
the differing key-frame delivery times for the adjacent sessions to
dynamically arrange the switching order during the surfing
periods.

21. A Contents Encryption
Mechanism Using Reused
Key In IPTV
A multicasting encryption mechanism
for secure transmission of the
contents of IPTV can be proposed by
which the content provider will
encrypt their contents and will send
the encrypted contents and the key of
the contents to the user.

22. Reducing Channel Zapping Delay In WIMAX-
based IPTV Systems
In this topic, a prediction-based pre join mechanism can be proposed to
join one or two TV channels (which are likely to be selected next) in
advance for shortening the channel switching time in WIMAX-based IPTV
systems.

23. Improving IPTV On-demand Transmission
Scheme Over WIMAX
Here, multi-channel multicast algorithm can be designed to
allocate content packets into several channels over WIMAX. This
algorithm will utilize hybrid mechanism which will combine multi-
channel multicasting and unicast scheme to enhance not only
service blocking probability but will also reduce overall bandwidth
consumption of the IPTV networks.

24. Advanced Scheme To Reduce
IPTV Channel Zapping Time
Here, a solution for the two problems
using rating server without home
gateway can be presented. Set top
boxes instead of home gateways join
or leave the adjacent channel groups
for fast changes to the adjacent
channels.

25. A New Key Exchange Protocol With Anonymity
Between STB And Smart Card In IPTV
Broadcasting
In this topic, the internet authentication system can be designed which will
be anonymous and secured. It can be applied to solve the smart card
duplication and the data resending attack problems.

26. THANK YOU..
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