MANET’s Dependable Data Delivery Systems Through the Use of Global Timing Protocols

One of the most important aspects of any network, whether wired or wireless, is keeping the transmitter and receiver’s time in sync. In a mobile ad hoc network, each node is constantly adapting to its immediate surroundings. Without oversight or centralized communication, the data sending and receiving is executed autonomously. A novel method for ensuring consistent communication in dynamic networks using clock synchronization and multicast routing is presented in this study. Group communication is possible using the multicast routing protocol; each group consists of many nodes, each of which has its own unique clock time and a designated coordinator. According to the average time beacon of all groups in MANET, the clocks of all mobile nodes are synchronized in the proposed study. One way to boost network efficiency is using the suggested multicast Average Time Clock beacon Synchronization (Avg-SYN-CLK) protocol. Compared to Asynchronies Clock Time Performance (ASYN-CLK) and the Maximum Clock Time Synchronization (MAX-SYN-CLK) beacon broadcasting method, the suggested global clock synchronization scheme outperforms both in terms of end-to-end delay and packet loss.