Optimized evolutionary algorithm and supervised ACO mechanism to mitigate attacks and improve performance of adhoc network

Abstract

Optimization is the procedure of discovering optimal solution or results under particular circumstances. Typically, optimization is utilized for maximization or minimization of values of functions; it can be local or global optima. Discovering exact solutions to the issues is NP-hard. This type of complicated issue needs exponential quantities of computation power as well as item and quantity of decision parameters rise. For overcoming the issues, research scholars have suggested Evolutionary Algorithm (EA) protocols as a way for searching near-optimal solutions. In this work, Ant Colony Optimization (ACO) is used combined with the power of faith on effective factors in distance of trustworthy optimum routing in WSN. ACO has its basis in the foraging behavior of ants who look for the shortest route between then nest and the food source. The energy efficient node random trust based on routing network is designed in a safe and random routing mode that reveals all fingerprints and useful load distribution. The details are combined with confidence choices, using a modified ACO algorithm. The ACO application, makes this method a stronger and faster with a metaheuristic algorithm compared with the other routing methodologies. Modified ACO method, exercise as a parameter for calculating the energy levels of terminals used fitness route planning its organization. Proposed work shows improvement in the network performance under Dos and DDoS attack in terms of amount of data loss, data delay.