The Mobile ad hoc Network (MANET)
increasingly uses Real Time algorithms for handling the
critical situations at disaster as well as by the strategic
defense department. In such situation the essential fixed
infrastructure based communication networks break down
due to various atmospheric, natural and artificial manmade
conditions. In such situations the information connectivity in
the remote area is establish using MANET. The real time
connectivity is highly desirable for getting immediate
response from the control station for avoiding further
casualties as well as the loss of important establishments.
The MANET will be implemented in advance Network
Simulator 2 (NS2) software environment for achieving
essential highest Quality of Service (QoS), parameters,
essential for high QoS. The primary focus will be towards
achieving highest quality of Real Time communication and
improving the throughput, minimizing the delay.
Moresh Mukhedkar : received his B.E. in
Electronics and Telecomm-unication
Engineering from Dr. Babasaheb Ambedkar
Marathwada University Aurangabad, M.Tech
in Electronics from SGGS IEandT, SRT
University Nanded, Maharastra, India. He is
research student at Ramrao Adik Institute of
Technology, sector 7, Nerul Navi Mumbai,
Maharashtra India. He has 12 years of
experience in industrial as well as educational
field; His
research interest includes Mobile Ad Hoc Networks, Wireless
Network Security. He has also interest in Image Processing and
Mobile communication.
Dr Uttam Kolekar : received his Ph.D.
degree from Bharathi Vidyapeeth
University, Pune in Electronics
Engineering. He has been working as
Principal at A.P. Shah Institute of
Technology, Thane, Mumbai. He has
total 24 years teaching experience at
various posts such as Lecturer,
Assistant Professor, Professor, Head of
dept, Dean, Principal and Director at
various Institutes of Mumbai University.
He is research guide at various universities in India and more than 7
candidates are working under him as research scholars from different
institutes and Industries like TCS.
He has more than 35 papers in national and international Journals
and conferences against his name. He is also reviewer for
international journals like IEEE transactions.
He is fellow member of (IETE), Life member of ISTE and ISNT also
he is senior member of international association of Computer science
and information technology.
He conducts seminars on mobile Ad-hock network, Mobile
computing, GSM, GPRS and UMTS. He is actively involved as a
reviewer for many international conferences. He has addressed
many workshops on wireless networks, Sensors networks, and Cyber
security.
Mobile Ad Hoc Network; Disaster Management;
Real Time Communication; Security
The above report, discussed effective deployment of
Wireless Mobile Ad hoc Network (MANET) for
development of Real Time secure communication
algorithm. Various types of disaster situations like Jammu
and Kashmir flood where fixed infrastructure based
communication network completely collapsed, MANET
can play a crucial role. In Defense secure communication
is highly desirable by providing MANET with AES it can
be easily achieved. The algorithm developed for real time
wireless communication will be capable to handle both
the situations. Information security and quality of services
is the prime concern. In the literature survey, discussed
various papers and thesis on MANET, Real time wireless
security, advances and new technological aspects in adhoc
network technology were studied. Further problem
definition and methodology to solve the problem is also
discussed.
[1] Mounir T. A., Samia M., Mohamed S. and
Bouabdellah K. “A routing Ad Hoc network for
disaster scenarios”. In the 1st IEEE International
Conference on Information and Communication
Technologies for Disaster Management (ICT-DM),
2014.
[2] Andersson K. and Kafle V.P. “Disaster-resilient
mobile network architecture”. In the 11th IEEE
conference on Consumer Communications and
Networking Conference (CCNC), Page 1 – 8, March
2014.
[3] Kumar D., Srivastava A. and Gupta S.C. “Routing in
Ad Hoc Networks under Reference Point Group
Mobility” In IEEE Modeling Symposium (EMS), Page
595 – 598, Nov 2013 European”
[4] Nakamura T., Kogo K., Fujimura J. and Tsudaka K.
“Development of Emergency Rescue Evacuation
Support System (ERESS) in Panic-Type Disasters:
Disaster Detection by Positioning Area of Terminals”.
In 42nd International Conference on Parallel
Processing (ICPP), Page 931 – 936, Oct 2013.
[5] Iokawa T., Yonamine Y., Wang J., Kodama E. and
Takata T. “Supporting Communication in Time of
Disaster”. In 7th IEEE international conference on
Broadband, Wireless Computing, Communication and
Applications (BWCCA).Nov 2012.
[6] Vidwans A., Shrivastava A. K. and Manoria M. “QoS
Enhancement of AOMDV Routing Protocol Using
Queue Length Improvement”. In 4th international
conference on Communication Systems and Network
Technologies (CSNT). April 2014.
[7] Pandit C.M., and Ladhe S.A. “Secure routing protocol
in MANET using TAC”.In 1st international
conference on Networks and Soft Computing
(ICNSC), Aug 2-14.
[8] Enciso Quispe L.and Mengual Galan L. “Assessment
of Throughput Performance under NS2 in Mobile Ad
Hoc Networks (MANETs)”. In 5th International
conference on Computational Intelligence,
Communication Systems and Networks (CICSyN),
June 2013.
[9] Vajsar P. Fac., Masek P., Hosek J., Makhloufu N. and
Jenq-Shiou Leu “Design of QoS model for mobile Adhoc
network”. In 36th IEEE International conference
on Telecommunications and Signal Processing (TSP).
Pages 111 to 117, July 2013
[10] Lal C., Laxmi V. and Gaur M.S. in their paper entitled
“QoS-aware routing for transmission of H.264/SVC
encoded video traffic over MANETs”. In 19th Asia-
Pacific Conference Communications (APCC), Pages
104 to 109, Aug 2013.
[11] Bagwari A., Jee R., Joshi P. and Bisht S.
“Performance of AODV Routing Protocol with
Increasing the MANET Nodes and Its Effects on QoS
of Mobile Ad Hoc Networks”. In International
conference on Communication Systems and Network
Technologies (CSNT), Pages 320 to 324, May 2012.
[12] Narsimha G., Reddy A.V. and Kumar B.S. “QOS
Multicast Routing Based on Bandwidth and Resource
Availability in Mobile Adhoc Networks”. In 7th IEEE
International conference on Networking (ICN), Pages
24 to 29, April 2008.
