International Journal of Computer Trends and Technology (IJCTT) volume 14 number 3 Aug 2014

ISSN: 2231-2803 http://www.ijcttjournal.org Page110

Cloud MOV: Cloud-Based Mobile Social Television

Basa Susheel Kumar, (M.Tech) CSE Dept., KCEA, Nizamabad,

Abstract:

The quickly increasing power of individual mobile

devices is given that much richer stuffing and social

communications to customer on the move. This drift

however is throttled by the some degree of battery

lifetime of mobile devices and uneven wireless

connectivity, making the highest potential quality of

service experience by mobile users not viable. The recent

cloud computing technology, with its well-off income to

recompense for the confines of mobile devices and links,

can potentially offer an ideal platform to sustain the

preferred mobile services. Tough defy arise on how to

successfully develop cloud resources to make easy

mobile services, in particular those with rigorous

interaction holdup necessities. In this paper, we offer the

blueprint of a Cloud depended, narrative Mobile social

television method.

I. INTRODUCTION

Thanks to the ground-breaking re-inventing the phone

operation set off by Apple Inc. in 2007, smartphones

nowadays are distributed with gigabyte RAMs and

several microprocessor cores; they own more working out

power than individual computers before past few years.

On the additional hand, the wide use of 3G broadband

cellular infrastructures additional fuels the tendency.

Apart from frequent efficiency errands like emails and

web surfing, smartphones are bend their strengths in

additional demanding situation such as concurrent video

streaming and online gaming, as well as portion as a main

tool for social communications.

Although many mobile social or media request have

materialize truely killer ones ahead mass reception are

Maddikunta Laxman, M.Tech Head of the Department, KCEA, Nizamabad,

still delay by the boundaries of the current mobile and

wireless technologies, amid which battery lifetime and

uneven connection bandwidth are the most intricate ones.

It is natural to remedy to cloud computing, the newly-

emerged computing pattern for low-cost, agile, scalable

reserve make available, to hold up power-efficient mobile

data communication. With virtually countless hardware

and software possessions, the cloud can relieve of the

computation and other tasks mixed up in a mobile

application and may notably reduce battery using up at the

mobile devices, if a proper plan is in position. The giant

task for us in front is how to in fact exploit cloud services

to smooth the progress of mobile applications. There have

been a not many studies on manipulative cloud computing

systems of mobile, but none of them agreement in

particular with tough delay requirements for unstructured

social interactivity among mobile users. In this document,

we describe the blueprint of a novel mobile social

television scheme, CloudMoV that can successfully utilize

the cloud computing pattern to offer a living-room

familiarity of video examination to different mobile users

with impulsive social interactions. In CloudMoV, mobile

users can introduction on-demand or live video to observe

starting any site of video streaming, for friends invitation

to monitor the video concurrently, and chat with their

friends while have the benefit of the video. It therefore

unify viewing familiarity and social attentiveness among

friends on the go. As divergent to traditional television

seeing, mobile social television is well suitable to todays

life style, where people and friends may be divided

geographically but anticipate sharing a co-viewing

incidence. While social television permitted by set-top

International Journal of Computer Trends and Technology (IJCTT) volume 14 number 3 Aug 2014

ISSN: 2231-2803 http://www.ijcttjournal.org Page111

boxes in excess of the traditional television systems is

already obtainable, it leftovers a test to achieve mobile

social television, where the parallel viewing experience

with friends is permit on mobile devices.

II. PROBLEM STATEMENT

A number of mobile TELEVISION systems have sprung

up in current years, determined by both hardware and

software advance in mobile devices. Some early systems

fetch the living room occurrence to tiny screens be in

motion. But they focal point more on barricade clearance

in order to realize the union of the television set-up and

the mobile set-up, than explore the demand of social

relations among mobile users.

Proposed system:

We suggest the Cloud-based design a, novel Mobile

social television system. The system in effect employ

both PaaS (Platform-as-a-Service) and IaaS

(Infrastructure-as a- Service) cloud services to present the

living-room knowledge of video surveillance to a group

of unequal mobile users who can interrelate socially while

division the video. To pledge good torrent eminence as

qualified by the mobile users with time unstable wireless

connectivity, we employ a deputy for each user in the

IaaS cloud for record downloading and social

relationships on behalf of the user.

III. SYSTEM DEVELOPMENT:

MODULE DESCRIPTION:

Transcoder: It inhabits in each proxy, and is liable for

vigorously settle on how to predetermine the video

tributary from the video source in the suitable format,

dimension, and bit rate. Before relief to the user, the video

stream is further summarize into a suitable transport

stream. Each video is send abroad as MPEG-2 transfer

streams, which is the de facto typical nowadays to deliver

digital video and audio streams over lossy intermediate.

Social Cloud: Social network is a energetic virtual

organization with inbuilt trust relationships between

associates. This dynamic virtual organization can be

twisted since these social networks echo dh real world

dealings. It allows client to interact, form associates and

share in rank with one an extra. This hope can be used as a

charity for information, hardware and services division in a

Social Cloud.

Messenger: It is the client side of the social cloud, exist in

in each substitute in the IaaS cloud. The courier

periodically queries the social cloud for the social

information on behalf of the mobile user and pre-processes

the data into a light-weighted set-up (plain text files), at a

much subordinate frequency. The plain text files are

asynchronously convey from the proxy to the user in a

traffic-friendly advance i.e., little traffic is gain In the

reverse direction, the messenger publicize this users

messages (invitations and chat messages) to other users via

the information store of the social cloud.

Gateway: The gateway make available authentication

services for client to log in to the CloudMoV system, and

stores users identification in a stable table of a MySQL

database it has bed in It also stores in sequence of the pool

of presently available VMs in the IaaS cloud in another

memorial table. After a user effectively logs in to the

scheme, a VM proxy will be allocate from the pool to the

user. The memorial table is used to assurance small query

latencies, since the VM pool is rationalized commonly as

the gateway coffers and destroys VM circumstance

according to the modern workload. In calculation, the

gateway also provisions each users friend list in a simple

text file (in XML formats), which is right away uploaded

to the proxy after it is assigned to the user.

Subscribe: In this Subscribe module client can download

the video. Pledge module can download video in maximum

speed and clear/plain video streaming. Allowed client can

download and watch/enjoy the videos.

IV. RELATED WORK

A. Measuring the RRC States: To find out the critical inactivity timers timeout values we

initially plan measurement tests employed in 3G network

International Journal of Computer Trends and Technology (IJCTT) volume 14 number 3 Aug 2014

ISSN: 2231-2803 http://www.ijcttjournal.org Page112

3HKs. We arranged logging operations on iPhone 4S

which is fully charged and use the Mobile Safari to watch

a video in YouTube make use of CloudMoV services. The

consumption of battery mark outs on the cell are

silhouetted by Instruments, a commanding tool of

Xcode [32]. The video playback rate is about 254 Kbps

on the phone. On the phone over time the consumption

levels of power, portions in terms of the maximum power

level of device. The red vertical lines signify the playback

periods opening points of when the Safari operates in the

forefront, and the green lines stand for the playback

periods end times when the Safari is removed in the

background. We can observe that our state transition

model. Confirmed by these real-world dimensions: when

there is information transmission, the device processes at

the maximum power