Open AccessRouting the Messages to Grid Channel Based Model in Wireless Mesh Networks
Author(s) -
Ranjit Singh,
Rakesh Poonia
Publication year - 2020
Publication title -
cgc international journal of contemporary technology
Language(s) - English
Resource type - Journals
ISSN - 2582-0486
DOI - 10.46860/cgcijctr.2020.06.26.116
Subject(s) - computer science , computer network , ipv4 , router , channel (broadcasting) , network packet , routing protocol , node (physics) , ipv6 , distributed computing , the internet , engineering , structural engineering , world wide web
Earlier the work has analyzed and implemented through IPV4 based traffic. The researchers have address the source IPv4 based routing in MRMC method. The router configures with a standard IPV4 based network extracts the source IPV4 address from the packet Header. This paper has been defined the network topology which was work on IPV6 protocol and it may also support IPV4 protocol. This paper implements the equalization that takes observation of channel state. The stations collect channel state information to their neighboring node, later on it was transfer to Gateway. The collected information was only possible through equalization method. In general, the equalization divided into two ways, per symbol and Sequence based which are according to receiver Theory. We are using sequence based theory under equalization that take data from maximum likelihood neighbors. We were used proposed Hybrid that take the existing method and combine with dynamic channel method. The proposed model avoids the multipath propagation problem and that problem only arise when we changes the channel from one wavelength to another wavelength. This paper showed proposed results that would be analysis the position of the packets in cluster head (CH). The router is taking as the cluster head which is being deployed on the number of nodes and these nodes randomly moves from one location to another. The MATLAB Simulator has been used in this research paper that helps to solve the complex mathematical equation. Network Simulator (NS2) has used to implement the Network Model.