Performance evolution for QoS in LTE network for IPTV

1. <date/time> <footer> 1
Performance Evaluation forQoS in long term
evaluation (LTE) network for IPTV
A short term proposal submitted for the registration Ph.D. in Computer
Sciences.
Researcher
Mr.Abduljabbar A.A Al-Sharif
eng_Abduljbbar@yahoo.com
eng_abduljabbar@srtmun.ac.in
+919158356703
B.Tech , Future University , Yemen 2013
(IT-Information system and networking)
MSC. Swami Ramanand Teerth Marathwada University, India 2016
(Computer Network)

2. Contents
 Introduction
 Review of wireless cellular network standard
 LTE wireless architecture
 Research Problem Statement.
 Timetable plane for research proposal
 References

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3. Introduction
 Wireless network is the wave of future .
 Wireless network is Demonstrated a ship-to-share wireless signal
and telegraph , using more code (dafs and Dashes architecture ,
after all )
 We divide wireless network into
 - system interconnection .
 - wireless LANs
 - wireless WANS
 Wide area network is using the radio network for cellular
telephone is an example of low bandwidth wireless system .
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4. Introduction
 cellular network is a wireless communication network which
provide service to mobile user covered by a region consisting of
cells frequency reuse is a fundamental concept in cellular
network
 This system has already gone through mobile cellular generation ,
first generation was analogue and voice only, and second
generation was digital voice only on third generation its comes
digital system for both voice and data, 4G online gaming and high
definition of TV , 5G altra and high definition video plus virtual
reality application
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5. Expedition from 1G to 5G
Wireless
Standard
Expansion of
Abbreviation
Deployment year Data Rates
Core
technology
Salient Aspects
GSM Global system for mobile 1991
270 Kbps (Raw), 10
Kbps aggregate
TDMA
Digital telephone and
integrated services over
wireless
GPRS
General Packet radio
service
2000
~10 Kbps per slot,~
10 Kbps aggregate
TDMA
Packet data over
GSM,variable number of
slots and error control codes
EDGE
Enhanced Data for GSM
evolution
2003 250-500Kbps CDMA 8 PSK modulation
WCDMA
Wideband code Division
for multiple Access
2001 384 Kbps CDMA
Universal frequency Reuse,
power control , Diversity,Soft
combining OVSF code
HSDPA
High speed Downlink
packet Access
2005
14 Mbps DL and 0.4
Mbps UL
CDMA
Link Adaptation , Adaptive
MCS, Hybrid ARQ
HSUPA
High speed Uplink
packet Access
2007
14 Mbps DL and 0.4
Mbps UL
CDMA
Link Adaptation , Adaptive
MCS, Hybrid ARQ and UL
HSPA+ HSPA evolution 2008
28 Mbps DL and 7
Mbps UL
CDMA+MIMO 64 QAM,2 * 2 MIMO
LTE Long Term Evolution 2011
150 Mbp DL and 75
Mbps UL
OFDM+MIMO
Low complexity, Scalable
Bandwidth ,FDD and TDD
operation
1Gbps DL and 500 OFDM, SC-
Scalable bandwidth up tp
100 MHz, carrier aggregation
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6. Long term evolution(architecture)
 Particularity,long term evolution is a significant project of 3rd
Generation Partnership ( 3GPP), as a transmission Great
capacity and high –speed of mobile telephone network without
doubts. Providing a 150 Mbps for down-link and 75 Mbps for Up-
link
 LTE level architecture
 - User Equipment (UE)
 - E-UTRAN (Access Network)
 - Core Network (EPC)
S-GW
MME
P-GW
internet
S2
U
E
E
N
o
d
e
B
HSS
S1
signal
Traffic
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7.  Research Problem Statement.
 Time domain is designed to assign priories to scheduling
candidate UE for a particular TTI in given cells.
 Frequency domain selects users based, on their priority value and
assigns a resource so that’s user’s through can be maximized .
 Proposed down-link scheme is different type of requested are
marked by a classifier in the application sink and then are pushed
into different queues in the medium access control(MAC) layer of
the eNodeB.
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8. Tentative Plan of Work
 Problem statement
 Quality of service is the biggest challenges for the 4G
networks,also video is sensitive. This work study the Performance
Evaluation of Long-Term Evolution- Advance (LTE-A) Networks for
quality of service (QoS) in Internet Protocol Television IPTV using
simulation tools to guaranty the best view of users.
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9. Tentative Plan of Work
1 2 3 4 5 6 7 8 9 10 11 12 1 2 3 4 5 6 7 8 9 10 11 12
On first three month discussion with guide a about
plane and writing literature survey and publish
paper
Complete a practical work start draft a thesis
Decide a Methods a and tools plane a
implementation plus publish a paper attend
conference
Submit a synopses of thesis
Writing a chapter of thesis and attends research
activity like teaching
Complete a final review of thesis for Submitting
Writing a chapter of thesis and publish a paper Award a Ph.D
1 Year 2year
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10. References
 Nilam Dhameliya, Rajni Bhoomarker, Sameena Zafar, “QUALITY OF SERVICE PARAMETER CENTRIC
RESOURCE ALLOCATION FOR LTEADVANCED ” IJRET: International Journal of Research in
Engineering and Technology eISSN: 2319-1163 | pISSN: 2321-7308
 Md. Showket Hossen, Md. Neharul Islam, “QoS Performance Evaluation of Video Conferencing over LTE”
School of Computing at Blekinge Institute of Technology.
 M. Sajid Mushtaq, Abdussalam Shahid and Scott Fowler, “QoS-Aware LTE Downlink Scheduler for VoIP
with Power Saving” 2012 IEEE 15th International Conference on Computational Science and Engineering.
 Liwen Zhang, f Prof. Raj Jain, “A Survey of Long Term Evolution” “http://www.cse.wustl.edu/~jain/cse574-
10/ftp/lte.pdf”.
 Chong Lou, Ling Qiu, “QoS-Aware Scheduling and Resource Allocation for Video Streams in e-MBMS
towards LTE-A System” 978-1-4244-8327- 3/11/$26.00 ©2011 IEEE.
 Dandan Wang, Robert Soni, Pichun Chen, Anil Rao, Alcatel-Lucent “VideoTelephony over Downlink LTE
Systems with/without QoS Provisioning” 97- 1-61284-680-4/11/$26.00 ©2011 IEEE.
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11.  “the Internet not the World Wide Web is a computer network”
 Consideration you
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