Jamming aware unrestricted data transmission in multi-hop wireless networks
Main Article Content
Abstract
The basic entity of the wireless
communication is the electromagnetic waves.
Electromagnetic waves carry data that can be used by
digital appliances in the wired and wireless network. In
Multi-Hop wireless Network (MHWN) data transmission
is performed by the cooperation of neighbor nodes. The
functionality of this network is severely affected by
jammer, an intended node that blocks the ongoing
communication as the media is open in nature. The
jammer localization is required to predict the occurrence
of jammer and its location in the network. Most of the
existing jammer localization techniques only suits for
predicting static jammer. The proposed jammer
localization is capable of localizing both the static
jammer as well as portable jammer. The jammer
localization is followed by diverting the data that passes
through the jammed area .The proposed Reliable Lookup
Algorithm (RLA) enhances the data transmission in the
MHWN by the obtained next region information thereby
the ongoing data communication is retained. The
simulation result proves this proposed work
communication is the electromagnetic waves.
Electromagnetic waves carry data that can be used by
digital appliances in the wired and wireless network. In
Multi-Hop wireless Network (MHWN) data transmission
is performed by the cooperation of neighbor nodes. The
functionality of this network is severely affected by
jammer, an intended node that blocks the ongoing
communication as the media is open in nature. The
jammer localization is required to predict the occurrence
of jammer and its location in the network. Most of the
existing jammer localization techniques only suits for
predicting static jammer. The proposed jammer
localization is capable of localizing both the static
jammer as well as portable jammer. The jammer
localization is followed by diverting the data that passes
through the jammed area .The proposed Reliable Lookup
Algorithm (RLA) enhances the data transmission in the
MHWN by the obtained next region information thereby
the ongoing data communication is retained. The
simulation result proves this proposed work
Article Details
References
[1] Adamy, David. EW 102: a second course in electronic warfare. Artech house, 2004., Adamy, David. EW 102: a second course in electronic warfare. Artech house, 2004.