A Correlative Abstraction Between the Scenario of No-Retransmission and Retransmission Process by Utilizing Evolutionary Game Theory for Self-Organized Data Aggregation Mechanism

Successive data connectivity is very important for delivering data from one point to another. But sometimes there is no successive data connectivity between the two points. A delay tolerant network (DTN) is one of the best ways to provide data connectivity with no end-to-end connection using self-organized data aggregation techniques. Here, a better strategy (to become sender or aggregator) is selected by the Evolutionary Game Theory approach. Special Data Custody Nodules (called Aggregators) are responsible for keeping and holding data until the message ferry visits and collects data from aggregators to deliver it to sink nodules. This message ferry approach is only applicable where there are multiple clusters involved. The choice of strategy-deciding between becoming an aggregator or a sender-is examined using the principles of Evolutionary Game Theory. In this context, each nodule assesses its outcomes following interactions with others. To facilitate strategy selection, we can utilize different ordinances from Evolutionary Game Theory, such as the Imitation Reform Ordinance, along with the Birth-Death and Death-Birth Reform Ordinances with two different processes named by no retransmission and retransmission. In this recent paperwork, we will compare these two processes for plan of action with the Imitation Reform Ordinance, Birth-Death, and Death-Birth Reform Ordinances.