An Efficient Softcomputing Approach For Multi Constraint Routing Protocol for Wireless Adhoc Networks

MANETs are Mobile ad hoc networks which comprises of mobile nodes and the host node relies on each other in order to maintain the connectivity of the network. The MANETs are more prone to various issues such as lower data delivery rate, higher delay in data transmission and such issue could ruin the qualitative performance of the network. There is only a possible way to overcome these issues by developing an efficient route creation process. In this work, the author has developed a type-2 FIS based route creation process. The node selection for route creation is done on the basis of the bandwidth, mobility, energy and delay factors of the node. The type-2 FIS system is applied in two different steps one considers the bandwidth and delay as an input and other considers the energy and mobility as an input then the output of the both FIS is fused together to derive a decision regarding the node selection for route creation. The MATLAB platform is used as an simulation platform to implement the proposed work. The results assure that the packet delivery ration of the proposed work is quite higher along with the reduced packet delay ratio.