IRJET-F-Share for Hand Held Devices Using Wi-Fi Bluetooth Network
use of smart phones as increased drastically from last few years due to the facilities provided for user like sharing images, files, videos, and chatting application. Along with its use performance and efficiency has increased, but for using the facilities provided by smart-phones data packet connection is needed which is quite costly. Existing Peer-to-peer system was used for data transmission but there were some limitations related to that system as like whenever data was transmitted through network like Wi-Fi or Bluetooth and if connections were not possible due to some reasons like users displacement of user from one place to another the message was not sent until the user manually resends it again. Smart-phone provides us with the facility of sending SMS, Whatsapp, Hike but they are not freely available as some cost needs to be given. So to overcome all this limitations the proposed application called ”Seamless File Sharing” is introduced which can share data, files, images without using any internet facility. In this application data transmission takes place through two ways first through Wi-Fi network and through takes place through Bluetooth Network. Whenever there is any connection problem then the network automatically switches to Bluetooth network. Fil
Content
International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395 -0056
Volume: 02 Issue: 03 | June-2015
p-ISSN: 2395-0072
www.irjet.net
F-Share for Hand Held Devices Using Wi-Fi Bluetooth Network
Ajita A.Mahapadi, Prof.Soumitra Das
1
2
Ajita A.Mahapadi, Department of Computer Engineering, Dr.D.Y.Patil School of Engineering, Maharashtra, India
Prof.Soumitra Das, Department of Computer Engineering, Dr.D.Y.Patil School of Engineering, Maharashtra, India
---------------------------------------------------------------------***---------------------------------------------------------------------
Abstract - The use of smart phones as increased
drastically from last few years due to the facilities
provided for user like sharing images, files, videos, and
chatting application. Along with its use performance
and efficiency has increased, but for using the facilities
provided by smart-phones data packet connection is
needed which is quite costly. Existing Peer-to-peer
system was used for data transmission but there were
some limitations related to that system as like
whenever data was transmitted through network like
Wi-Fi or Bluetooth and if connections were not possible
due to some reasons like users displacement of user
from one place to another the message was not sent
until the user manually resends it again. Smart-phone
provides us with the facility of sending SMS, Whatsapp,
Hike but they are not freely available as some cost
needs to be given. So to overcome all this limitations the
proposed application called ”Seamless File Sharing” is
introduced which can share data, files, images without
using any internet facility. In this application data
transmission takes place through two ways first
through Wi-Fi network and through takes place
through Bluetooth Network. Whenever there is any
connection problem then the network automatically
switches to Bluetooth network.
Key Words: File Sharing, Ad-hoc Network, Android,
Energy efficiency and Sharing at low cost.
1. INTRODUCTION
The use of smart-phones[2][3] has increased drastically
form last few years as it has reached up to approximately
50% till 2011.Many features has been added with respect
to the upgrade in the version of smartphones.
Smartphones has capacity of sharing videos, pictures, file
and other features. Now-a-days smart-phones [2][3] have
enriched with the facilities like downloading songs
sending it to another smart phones and has facility like
user can watch movies, video etc. on our home television
system. Applications like Whatsapp, Hike, Messenger and
other are in trend today, but the main drawback is that for
running this application as it require that your phone
needs to have data packet connection running on it. Earlier
© 2015, IRJET.NET- All Rights Reserved
peer-to-peer[4][8] systems were used for sending files
from one smart phone to another without using internet
facility but its drawback was that this system undergoing
frequent disconnection due to user displacement from one
place to another. So to overcome this limitation
application is proposed known as “Seamless File Sharing ”
,merits of this application are that it does not undergoes
frequent disconnection and if file is unable to send file
through one network it will switch to another network.
Important Features of Seamless File Sharing:
1. Adhoc network is created for sharing files through
Wi-Fi/Bluetooth network.
2. Communication is faster.
3. File is send seamlessly without any interruption.
Fig -1: Hybrid Model
From the above figure we can say that hybrid model is
designed which is the combination of both i.e. file can be
send through Wi-Fi or Bluetooth network.
This application can be used in college premises where
data and file sharing can be done without any use of 3G
connection so file sharing can be an easy job. So an
Wireless Adhoc network [1][8] is created for file transfer.
For chatting purpose or for sending SMS Global System for
Mobile Communication(GSM) or Code Division Multiple
Access Network(CDMA) are used but for this application
user only needs to install this application in his smartphone and use the facility of chatting ,file sharing without
using any data packet connection and at free of cost.
Smart-phones [2][3] having this application has
advantages like :
1. Network connection is not billed to the user.
2. Low economic cost.
3. Faster packet data connection.
Page 1312
International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395 -0056
Volume: 02 Issue: 03 | June-2015
p-ISSN: 2395-0072
www.irjet.net
2. EXISTING SYSTEM
SDNAN (Software-Defined Networking in Adhoc Networks
of Smartphones) [2] is this application Software Defined
Networking (SDN) is used to meet the changing demand of
the operating environment. The theory of SDN is
separated into 3 distinct components.
1. Communication layer.
2. Network Operating System (NOS).
3. Control Program.
Communication layer consists of physical network devices
like routers and switches; NOS manages network
resources and the control program controls the network
through NOS. Adding SDN to Adhoc network improves its
Performance .It consists of 3 layers:
1. Ad-hoc networking layer based on AODV.
2. Network Operating System layer which maintains
the global map of network which manages the sub
network for each application.
Development of a cooperative application for sending SMS
On Wi-Fi mobile phones [4] this application provides peer
Communication on Ad-hoc network but the main
constraints is the radio coverage which can be improved
by using relay protocols .In this paper WLAN is used as it
is cheap as compared to mobile phones or PDAs. MANET
(Mobile Ad-hoc Network) mobile devices get connected to
any type of infrastructure .The algorithm used for routing
are Single-hop, multi-hop. In this type of terminal network
used there are 2 reasons taken into consideration i.e.
1. Device battery dependence.
2. Packet priority.
The main objective of this application was to send
messages for small group of people over small area.
Mobile Messaging using Wi-Fi Ad-hoc Network [8] earlier
uploading and sharing of file contents was done through
Peer-to-peer systems as one system was connected to
another system .As peer-to-peer system offers advantage
over the traditional client-server networking models.
Where data can be sent through wireless lines and
expensive data packets [8].Wi-Fi Ad-hoc network is
created for sharing information between the peers .But the
limitations over this system was that if one wants to share
any file and if any disconnection occurs in between then
retransmission of data was not done automatically.
Limitations of Existing Systems:
1. Existing methods are based on traditional mobile
ad-hoc network (MANET) routing protocols which
delivers worst performance for content sharing.
2. Later some method introduced with more
efficiency but resulted into more power
consumption.
3. PROPOSED WORK
Seamless File Sharing (SFS) [1] consist of two managers:
1. Seamless Service Manager(SSM)
© 2015, IRJET.NET- All Rights Reserved
2. File Manager(FM)
SFS is done through both the above mentioned managers
whenever file needs to be share it is done through
Seamless Service Manager (SSM) [1] and file sent and
receive is manage through File Manager(FM)[1].
Fig -2: Communication between 2 devices
As shown in above figure communication between 2
devices takes place through SSM and FM. SSM sender
communicates with SSM and FM of receiver. Whenever file
needs to be share between two devices there are 2 options
to send a file first through Wi-Fi network and if it is unable
to send through it, it switches to Bluetooth network. When
data transfer takes place through Wi-Fi network it is done
through User Datagram Packet (UDP)[1] and if data
sharing takes place through Bluetooth the it takes place
through MAC[1] address.
3.1 Seamless File Manager (SSM)
Seamless File Manager (SSM) [1] maintains and updates
name of device after every few seconds. SSM decides
through which network data needs to be sent and if it is
unable to send through one network it transfer file
through other network.
3.2 File Manager (FM)
File Manager (FM) [1] decides which file needs to be sent
or received. The file which needs to be sent is first needs
to be divided in small blocks and the it is send to the
receiver .After receiving file from sender FM stores the
offset to check whether the other blocks and the combine
other blocks to make entire file.
The Proposed Architecture consist of Network Discovery
Manager, Communication Manager, File System Reader
Writer, Central Sever and MySql Database .The GUI based
Jsp Servlet application which will work as Central Sever
and database as Mysql .With the use of that Server it will
give the response back to client as android mobile
handset. The use of that Server we can track which clients
are online in Adhoc Network. Clients shared files are
stored in database and owner IP address. If any client give
request for any shared file then Server will search in
Page 1313
International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395 -0056
Volume: 02 Issue: 03 | June-2015
p-ISSN: 2395-0072
www.irjet.net
database and send filename, IP address to client for
downloading the file.
Graph -1: Graph for security
The graph states the comparison between the two
networks through Time Consumption. The messages sent
through Wi-Fi network are more faster and within less
time limit.
Fig -3:Proposed System Architecture
Graph -2: Graph for Time Consumption
Android mobile devices when enters in Adhoc Network,
Network Discovery Manager will search the online clients.
For security reason all clients have provided the facility of
login and registration. All the details are stored in
database in Server side for verification. With the use of
communication manager client can chat with other clients
who are online in adhoc network. Clients can share the
files and download shared file. When the device is
connected through Bluetooth initially there
was problem regarding to the coverage area this limitation
can be removed by using different techniques like:
1. Piconets with single slave operation
2. Multi slave operation
3. Scatter net operation
6. CONCLUSIONS
4. APPLICATIONS
1. The system can be used across a college campus.
2. It can also be used in Military Application.
5. RESULTS
The above graph comparison of Bluetooth and Wi-Fi
network is done with respect to security where the graph
is plotted for message sent with respect to time.It is
observed that Wi-Fi network provides more security as
compared to Bluetooth.
© 2015, IRJET.NET- All Rights Reserved
The proposed application for Android device is known as
Seamless File Sharing .It provides solution for peer to-peer
systems, as peer-to-peer system experience frequent
disconnections because of users mobility. In this
application data packet charges are cut down as there is
no use of internet. Ad-hoc network is created Wi-Fi and
Bluetooth as they are also free of charge .It provides
capacity of simultaneous sending and receiving of files at
same time .Power competence is taken in concerned to
extend battery life.
ACKNOWLEDGEMENT
The success of any project is never restricted to any
individual .This project is the results of thoughts
contributed by many people and would like to
acknowledge them here. I express sincere thanks to all
those who have provided me with valuable guidance
towards the completion of this report .I deeply thank my
guide and HOD Prof. Soumitra Das for his useful guidance.
The support that he gave truly helped me, without whom
this project would have been a far realism. I also thank
him for giving me good quality support, suitable remarks
and conversation in all phase of the project .I would also
like to widen sincere thanks to all teachers and staff for
their valuable suggestions and feedback.
Page 1314
International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395 -0056
Volume: 02 Issue: 03 | June-2015
p-ISSN: 2395-0072
www.irjet.net
REFERENCES
[1] MinSeok Jeon, Sun-Kyum Kim, Ji-Hyeu Yoon, Jinhee
Jo, Sung-Bong Yang ,Seamless File Sharing for Andriod
Devices, Yonsei University Seoul,Korea,2014 IEEE
World Forum on Internet of Things(WF-IoT).
[2] Paul Baskett, Yi Shang and Wenjum Zeng, Brandon
Guttersohn, SDNAN: Software-Defined Networking in
Adhoc Networks of Smartphones,2013 IEEE.
[3] Tiancheng Zhuang, Paul Baskett, and Yi Shang,
Managing Ad Hoc Net-works of Smartphones
International Journal of Information and Education
Technology, Vol. 3, No. 5, October 2013.
[4] Pedro Lopez, Diego Garca, Sergio Almagro, Juan J.
Alcaraz, Fernando Cerdan ,Development of a
cooperative application for sending SMS on WiFi
mobile phones The Second International Conference
on Mobile Ubiquitous Computing, Systems, Services
and Technologies 2013.
[5] Matthijs Gielen University of Twente ,The
Netherlands, Ad hoc network-ing using Wi-Fi during
natural disasters: overview and improvements
17thTwente Student Conference on IT, Enschede, The
Netherlands June 25st 2012.
© 2015, IRJET.NET- All Rights Reserved
[6] Li Shu, Dorothy C. PoppeC.S. Draper Laboratory555
Technology Square-Cambridge, MA 02139, USA,
Assuring Message Delivery in Mobile AdHoc Networks
with Packet Erasure Recovery, Proceedings of the 22
nd International Conference on Distributed
Computing Systems Workshops (ICDCSW02) 2002
IEEE.
[7] Chander Prabha, Dr. Surender Kumar, Dr. Ravinder
Khanna, Wireless Multi-hop Ad-hoc Networks: A
Review, IOSR Journal of Computer En-gineering
(IOSR-JCE) e-ISSN: 2278-0661, p- ISSN: 22788727Volume 16, Issue 2, Ver. VI (Mar-Apr. 2014), PP
54-62.
[8] Mr. Piyush Vilas Shewale, Mr. Amit Subhash Shelke ,
Mr. Sourabh Madhukar Darange Student, Dept. of
Computer Engineering, Sinhgad Academy of
Engineering, Maharashtra, Mobile Messaging using
Wi-Fi Adhoc Network India, International Journal of
Innovative
Research
in
Computer
and
Communication Engineering Vol. 1, Issue 1, March
2013.
[9] Elmurod Talipov, Yohan Chon, and Hojung Cha,
Member, IEEE,Content Sharing over SmartphoneBased Delay-Tolerant Networks, IEEE Trans-actions
on MOBILE COMPUTING, Vol. 12, No. 3, March 2013.
Page 1315
e-ISSN: 2395 -0056
Volume: 02 Issue: 03 | June-2015
p-ISSN: 2395-0072
www.irjet.net
F-Share for Hand Held Devices Using Wi-Fi Bluetooth Network
Ajita A.Mahapadi, Prof.Soumitra Das
1
2
Ajita A.Mahapadi, Department of Computer Engineering, Dr.D.Y.Patil School of Engineering, Maharashtra, India
Prof.Soumitra Das, Department of Computer Engineering, Dr.D.Y.Patil School of Engineering, Maharashtra, India
---------------------------------------------------------------------***---------------------------------------------------------------------
Abstract - The use of smart phones as increased
drastically from last few years due to the facilities
provided for user like sharing images, files, videos, and
chatting application. Along with its use performance
and efficiency has increased, but for using the facilities
provided by smart-phones data packet connection is
needed which is quite costly. Existing Peer-to-peer
system was used for data transmission but there were
some limitations related to that system as like
whenever data was transmitted through network like
Wi-Fi or Bluetooth and if connections were not possible
due to some reasons like users displacement of user
from one place to another the message was not sent
until the user manually resends it again. Smart-phone
provides us with the facility of sending SMS, Whatsapp,
Hike but they are not freely available as some cost
needs to be given. So to overcome all this limitations the
proposed application called ”Seamless File Sharing” is
introduced which can share data, files, images without
using any internet facility. In this application data
transmission takes place through two ways first
through Wi-Fi network and through takes place
through Bluetooth Network. Whenever there is any
connection problem then the network automatically
switches to Bluetooth network.
Key Words: File Sharing, Ad-hoc Network, Android,
Energy efficiency and Sharing at low cost.
1. INTRODUCTION
The use of smart-phones[2][3] has increased drastically
form last few years as it has reached up to approximately
50% till 2011.Many features has been added with respect
to the upgrade in the version of smartphones.
Smartphones has capacity of sharing videos, pictures, file
and other features. Now-a-days smart-phones [2][3] have
enriched with the facilities like downloading songs
sending it to another smart phones and has facility like
user can watch movies, video etc. on our home television
system. Applications like Whatsapp, Hike, Messenger and
other are in trend today, but the main drawback is that for
running this application as it require that your phone
needs to have data packet connection running on it. Earlier
© 2015, IRJET.NET- All Rights Reserved
peer-to-peer[4][8] systems were used for sending files
from one smart phone to another without using internet
facility but its drawback was that this system undergoing
frequent disconnection due to user displacement from one
place to another. So to overcome this limitation
application is proposed known as “Seamless File Sharing ”
,merits of this application are that it does not undergoes
frequent disconnection and if file is unable to send file
through one network it will switch to another network.
Important Features of Seamless File Sharing:
1. Adhoc network is created for sharing files through
Wi-Fi/Bluetooth network.
2. Communication is faster.
3. File is send seamlessly without any interruption.
Fig -1: Hybrid Model
From the above figure we can say that hybrid model is
designed which is the combination of both i.e. file can be
send through Wi-Fi or Bluetooth network.
This application can be used in college premises where
data and file sharing can be done without any use of 3G
connection so file sharing can be an easy job. So an
Wireless Adhoc network [1][8] is created for file transfer.
For chatting purpose or for sending SMS Global System for
Mobile Communication(GSM) or Code Division Multiple
Access Network(CDMA) are used but for this application
user only needs to install this application in his smartphone and use the facility of chatting ,file sharing without
using any data packet connection and at free of cost.
Smart-phones [2][3] having this application has
advantages like :
1. Network connection is not billed to the user.
2. Low economic cost.
3. Faster packet data connection.
Page 1312
International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395 -0056
Volume: 02 Issue: 03 | June-2015
p-ISSN: 2395-0072
www.irjet.net
2. EXISTING SYSTEM
SDNAN (Software-Defined Networking in Adhoc Networks
of Smartphones) [2] is this application Software Defined
Networking (SDN) is used to meet the changing demand of
the operating environment. The theory of SDN is
separated into 3 distinct components.
1. Communication layer.
2. Network Operating System (NOS).
3. Control Program.
Communication layer consists of physical network devices
like routers and switches; NOS manages network
resources and the control program controls the network
through NOS. Adding SDN to Adhoc network improves its
Performance .It consists of 3 layers:
1. Ad-hoc networking layer based on AODV.
2. Network Operating System layer which maintains
the global map of network which manages the sub
network for each application.
Development of a cooperative application for sending SMS
On Wi-Fi mobile phones [4] this application provides peer
Communication on Ad-hoc network but the main
constraints is the radio coverage which can be improved
by using relay protocols .In this paper WLAN is used as it
is cheap as compared to mobile phones or PDAs. MANET
(Mobile Ad-hoc Network) mobile devices get connected to
any type of infrastructure .The algorithm used for routing
are Single-hop, multi-hop. In this type of terminal network
used there are 2 reasons taken into consideration i.e.
1. Device battery dependence.
2. Packet priority.
The main objective of this application was to send
messages for small group of people over small area.
Mobile Messaging using Wi-Fi Ad-hoc Network [8] earlier
uploading and sharing of file contents was done through
Peer-to-peer systems as one system was connected to
another system .As peer-to-peer system offers advantage
over the traditional client-server networking models.
Where data can be sent through wireless lines and
expensive data packets [8].Wi-Fi Ad-hoc network is
created for sharing information between the peers .But the
limitations over this system was that if one wants to share
any file and if any disconnection occurs in between then
retransmission of data was not done automatically.
Limitations of Existing Systems:
1. Existing methods are based on traditional mobile
ad-hoc network (MANET) routing protocols which
delivers worst performance for content sharing.
2. Later some method introduced with more
efficiency but resulted into more power
consumption.
3. PROPOSED WORK
Seamless File Sharing (SFS) [1] consist of two managers:
1. Seamless Service Manager(SSM)
© 2015, IRJET.NET- All Rights Reserved
2. File Manager(FM)
SFS is done through both the above mentioned managers
whenever file needs to be share it is done through
Seamless Service Manager (SSM) [1] and file sent and
receive is manage through File Manager(FM)[1].
Fig -2: Communication between 2 devices
As shown in above figure communication between 2
devices takes place through SSM and FM. SSM sender
communicates with SSM and FM of receiver. Whenever file
needs to be share between two devices there are 2 options
to send a file first through Wi-Fi network and if it is unable
to send through it, it switches to Bluetooth network. When
data transfer takes place through Wi-Fi network it is done
through User Datagram Packet (UDP)[1] and if data
sharing takes place through Bluetooth the it takes place
through MAC[1] address.
3.1 Seamless File Manager (SSM)
Seamless File Manager (SSM) [1] maintains and updates
name of device after every few seconds. SSM decides
through which network data needs to be sent and if it is
unable to send through one network it transfer file
through other network.
3.2 File Manager (FM)
File Manager (FM) [1] decides which file needs to be sent
or received. The file which needs to be sent is first needs
to be divided in small blocks and the it is send to the
receiver .After receiving file from sender FM stores the
offset to check whether the other blocks and the combine
other blocks to make entire file.
The Proposed Architecture consist of Network Discovery
Manager, Communication Manager, File System Reader
Writer, Central Sever and MySql Database .The GUI based
Jsp Servlet application which will work as Central Sever
and database as Mysql .With the use of that Server it will
give the response back to client as android mobile
handset. The use of that Server we can track which clients
are online in Adhoc Network. Clients shared files are
stored in database and owner IP address. If any client give
request for any shared file then Server will search in
Page 1313
International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395 -0056
Volume: 02 Issue: 03 | June-2015
p-ISSN: 2395-0072
www.irjet.net
database and send filename, IP address to client for
downloading the file.
Graph -1: Graph for security
The graph states the comparison between the two
networks through Time Consumption. The messages sent
through Wi-Fi network are more faster and within less
time limit.
Fig -3:Proposed System Architecture
Graph -2: Graph for Time Consumption
Android mobile devices when enters in Adhoc Network,
Network Discovery Manager will search the online clients.
For security reason all clients have provided the facility of
login and registration. All the details are stored in
database in Server side for verification. With the use of
communication manager client can chat with other clients
who are online in adhoc network. Clients can share the
files and download shared file. When the device is
connected through Bluetooth initially there
was problem regarding to the coverage area this limitation
can be removed by using different techniques like:
1. Piconets with single slave operation
2. Multi slave operation
3. Scatter net operation
6. CONCLUSIONS
4. APPLICATIONS
1. The system can be used across a college campus.
2. It can also be used in Military Application.
5. RESULTS
The above graph comparison of Bluetooth and Wi-Fi
network is done with respect to security where the graph
is plotted for message sent with respect to time.It is
observed that Wi-Fi network provides more security as
compared to Bluetooth.
© 2015, IRJET.NET- All Rights Reserved
The proposed application for Android device is known as
Seamless File Sharing .It provides solution for peer to-peer
systems, as peer-to-peer system experience frequent
disconnections because of users mobility. In this
application data packet charges are cut down as there is
no use of internet. Ad-hoc network is created Wi-Fi and
Bluetooth as they are also free of charge .It provides
capacity of simultaneous sending and receiving of files at
same time .Power competence is taken in concerned to
extend battery life.
ACKNOWLEDGEMENT
The success of any project is never restricted to any
individual .This project is the results of thoughts
contributed by many people and would like to
acknowledge them here. I express sincere thanks to all
those who have provided me with valuable guidance
towards the completion of this report .I deeply thank my
guide and HOD Prof. Soumitra Das for his useful guidance.
The support that he gave truly helped me, without whom
this project would have been a far realism. I also thank
him for giving me good quality support, suitable remarks
and conversation in all phase of the project .I would also
like to widen sincere thanks to all teachers and staff for
their valuable suggestions and feedback.
Page 1314
International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395 -0056
Volume: 02 Issue: 03 | June-2015
p-ISSN: 2395-0072
www.irjet.net
REFERENCES
[1] MinSeok Jeon, Sun-Kyum Kim, Ji-Hyeu Yoon, Jinhee
Jo, Sung-Bong Yang ,Seamless File Sharing for Andriod
Devices, Yonsei University Seoul,Korea,2014 IEEE
World Forum on Internet of Things(WF-IoT).
[2] Paul Baskett, Yi Shang and Wenjum Zeng, Brandon
Guttersohn, SDNAN: Software-Defined Networking in
Adhoc Networks of Smartphones,2013 IEEE.
[3] Tiancheng Zhuang, Paul Baskett, and Yi Shang,
Managing Ad Hoc Net-works of Smartphones
International Journal of Information and Education
Technology, Vol. 3, No. 5, October 2013.
[4] Pedro Lopez, Diego Garca, Sergio Almagro, Juan J.
Alcaraz, Fernando Cerdan ,Development of a
cooperative application for sending SMS on WiFi
mobile phones The Second International Conference
on Mobile Ubiquitous Computing, Systems, Services
and Technologies 2013.
[5] Matthijs Gielen University of Twente ,The
Netherlands, Ad hoc network-ing using Wi-Fi during
natural disasters: overview and improvements
17thTwente Student Conference on IT, Enschede, The
Netherlands June 25st 2012.
© 2015, IRJET.NET- All Rights Reserved
[6] Li Shu, Dorothy C. PoppeC.S. Draper Laboratory555
Technology Square-Cambridge, MA 02139, USA,
Assuring Message Delivery in Mobile AdHoc Networks
with Packet Erasure Recovery, Proceedings of the 22
nd International Conference on Distributed
Computing Systems Workshops (ICDCSW02) 2002
IEEE.
[7] Chander Prabha, Dr. Surender Kumar, Dr. Ravinder
Khanna, Wireless Multi-hop Ad-hoc Networks: A
Review, IOSR Journal of Computer En-gineering
(IOSR-JCE) e-ISSN: 2278-0661, p- ISSN: 22788727Volume 16, Issue 2, Ver. VI (Mar-Apr. 2014), PP
54-62.
[8] Mr. Piyush Vilas Shewale, Mr. Amit Subhash Shelke ,
Mr. Sourabh Madhukar Darange Student, Dept. of
Computer Engineering, Sinhgad Academy of
Engineering, Maharashtra, Mobile Messaging using
Wi-Fi Adhoc Network India, International Journal of
Innovative
Research
in
Computer
and
Communication Engineering Vol. 1, Issue 1, March
2013.
[9] Elmurod Talipov, Yohan Chon, and Hojung Cha,
Member, IEEE,Content Sharing over SmartphoneBased Delay-Tolerant Networks, IEEE Trans-actions
on MOBILE COMPUTING, Vol. 12, No. 3, March 2013.
Page 1315
