Survey and overview of Mobile Ad-Hoc Network routing protocols
2014 International Conference on Advances in Engineering & Technology Research (ICAETR - 2014), 2014
In Early 1990 researchers have shown a keen interest in Mobile Ad-hoc Network. The absence of inf... more In Early 1990 researchers have shown a keen interest in Mobile Ad-hoc Network. The absence of infrastructure and its dynamic, diverse principal characteristics has made it more popular as well as vibrant because of it the Internet Engineering Task Force (IETF) is established. Not only bigger company and organization, different institutes are also working on MANET. It applies the TCP/IP protocol stack with slight modification for end to end communication. In MANET Routing is the toughest task because nodes works as router and host at the same time with the changing environment, infact for this many researchers have proposed new protocols and have shown that the protocol proposed works well and is improved over different scenario, strategy and conditions. In contrast to above it is quite challenging that which protocol performs best under different scenario, strategy and condition. Therefore, in this paper we provide a survey and overview of different routing protocols even survey of complexity comparison is also performed to find out which protocol will fit for larger network or so.
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Papers by Atul Mishra
is a
review papers aims to discuss the various issues
related to Session Initiation
protocol, starting with the basic structure to the future aspects. Discussion includes Signaling, Me
ssages,
characteristics, extension, security and Quality of Services. Session Initiation Protocol provides
advanced functional
ities for signaling and control for Multimedia services. Application of Session
Initiation Protocol ranges from Internet telephony and video conferencing to instant messaging and
network services.
for providing a novel solution to the problem of data compression by its ability to generate an internal data representation.
This network, which is an application of back propagation network, accepts a large amount of image data, compresses it for
storage or transmission, and subsequently restores it when desired. A new approach for reducing training time by
reconstructing representative vectors has also been proposed. Performance of the network has been evaluated using some
standard real world images.
will be a probabilistic change in the sending rate during the overload condition. The probabilistic
change will be sender-receiver synchronized by mechanism “Additive Increase and Probabilistic
Change (AIPC)”. We show that mechanism is effective, counter-active, reliable and fair. Sender will
change its sending rate in accordance with the receiver’s capacity. Sender-receiver is synchronized
such that former reduces the sending rate and the later prevents from being overloaded. Simulation is
used to analyze the factors viz. effectiveness, efficiency, fairness and stability.