Multi-Channel Multi-Priority Low Delay for Allto- All Broadcast in Ad Hoc Networks using Directional Antennas

Mobile Ad hoc Networks (MANETs) are recently used in dynamic network infrastructures that are required or wireless ad hoc connection might be required. The antennas are catching the signals of other devices and also recognize the signals in the form of request, reply acknowledgment, and many more. Routing mechanisms are selected routes using minimum cost route selection and standing routing schemes depend on network condition to keep the ratio of profitably delivering packets and better network performance. The priority in communication in antennas improves the efficiency of communication of mobile nodes. In this research, proposes a Multi-Channel Multi-Priority Low Delay (MMLD) scheme for the All-to-All Broadcast mechanism with directional antennas in MANET. The role of All-to-All broadcast is to flooding the control information in the network. If the total load is implicit as constant and suppose the communication hardware are more advanced then sensors, lighter and other peripherals can be deployed for communication. There is no doubt the performance of antenna communication is better and reduces overhead but if the direction of communication is not known or finding the direction by flooding then the proposed MMLD is providing the reliable communication. The proposed communication between the nodes is possible to handle by multiple channels and providing the priority for communication. Besides, performance can auxiliary be better as compared to the CLDA scheme in MANET. The performance of the proposed approach and the previous approach is measured through performance metrics.