Secure Mobile Ad hoc Routing Using Clusters Confrontations (SMARUC 2 ) with Genetic Algorithm (GA)

Data Routing among nodes in a wireless network is pretty complex when compared to traditional centralized network architecture. The wireless networks face quite a lot of threats due to open medium. The genuinity of the neighboring nodes must be known a priori to the transmission or routing of data packets. So, there is a need to address two issues posed by these self organizing architectures. One is to perform a genuine check before routing and the other is to find a shortest path among those trusted nodes. First issue ( genuinity) can be addressed by generating dynamic topology with secure routing using "SMARUC 2 ". Clusters are formed through"CCAM" (Classification Based Clustering Algorithm for Mobile Ad Hoc Networks). The second issue (Dynamic Traffic Assignment or routing) is addressed by using Genetic Algorithm (GA) in combination with dynamic allocation of costs among different nodes through measurement of latitudes and longitudes. Efficient utilization of resources like battery power and signal strength can also be achieved by "classification with ROSETTA". Finally, secure communication is provided among trusted nodes through enhanced Open SSL-DES96.