Optimal route path sustainability in military information system with reduced interference effect

The main purpose of this work is to exploit MANET environment in military environment to broadcast the data through efficient data transmission rate. This eventually results in different security issues like conflict and collision. These complexities could minimize the distribution of the packet ratio. Constant position node environment has been used in prevailing system, with interference-aware routing based on its nearby nodes. The previous researches could not handle the interference effects that occur in run time, and as a result, the performance of the system might get affected. In order to handle these issues, interference effect is evaluated in the proposed work to eliminate the packet loss. A novelty based on interference avoidance using coefficient of restitution measure approach has been proposed. This will obtain the incoming packets from more than one node, and it will calculate the “restitution” collision of the considered node. Improved route establishment is attained with minimum interference effect by making use of this measure. Genetic algorithm is utilized in this work to choose the most effective path from the available paths. The simulation results show that the proposed work provides significant results as compared to the existing techniques.