Congestion issues on cellular networks (4G, for example) are becoming increasingly common. It's an intriguing concept to offload some cell phone traffic onto other networks like WiFi and Delay Tolerant Networks (DTNs). Mobile users may experience noticeable delays if cellular traffic is redirected to these networks, as they may only be able to connect with these networks intermittently. The longer users have to wait, the less satisfied they become. In this research, we analyze the tension that arises between offloading effectiveness and customer satisfaction. To encourage users to take advantage of their delay tolerance for dumping cellular data, we provide a novel incentive structure. The incentive cost of a given dumping aim could be reduced by prioritizing customers who are both delay-tolerant and have high offloading potential. By placing bids on how much of a delay they are ready to take, users can actively participate in our incentive system. By doing so, we can keep track of how users' delay tolerance evolves over time. We also demonstrate how to utilize random analysis to speculate on the various offloading options available to users in DTN and WiFi networks. Large-scale trace-based simulations confirm the efficacy of our incentive strategy for dumping cellular traffic.

Congestion issues on cellular networks (4G, for example) are becoming increasingly common