An Improved Moth-Flame Optimization Algorithm Based Clustering Algorithm for VANETs


  • Rakesh Kumar
  • Diwakar Bhardwaj


Vehicular unplanned networks contain communication access points and aggregation data nodes and setting for traffic management a whole lot. Bunch area unit usually performed inside the transportunplanned networks for getting the specified target. Vary of transport unplanned links, consistency is that the most important disadvantage on it major analysis remains current. Throughout this text, a insect flame bunch rule is given for transport unplanned links, repetition the activity of insect flames in creating economical cluster. Moth flame’s living routine is used to extract proposed framework. Augmented number of clusters is formed to make a communication in an effective manner. It is also called as intelligent algorithm due to the involvement of unsupervised clustering methods. In vehicular as hoc networks, clustering problems are optimized as well as resolved by using improved moth flame optimization framework which is an intelligent clustering method. Stability enhancement is the major objective of proposed work.

In comparison with well-known meta-heuristics, optimum outputs are produced by moth flame optimization, which is an intelligent clustering method as shown by results of experimentation. Based on clustering, robust routing mechanism is provided by this. In large highways, it is most commonly used to enhance, every vehicle’s reliable delivery and productivity of quality communication.