Minimization of congestion in content provider on access network

In the presence of communication network, we can access both the content-provider and utility-provider to reduce the congestion and traffic flow in the network analysis. In this paper, we propose the segmentation process to allow the file in the network without congestion and upload it to the server with minimum price [1]. If we upload the file to the server, it will segment into the file as ten parts. Then, it will transfer to the network with specified bandwidth. This will reduce the traffic and congestion [5] in the broadband network. If it suspends the upload, it will automatically resume after the suspended file. Then, calculate the time for each segment in the network from client to server. In particular, we examine the implications of “congestion pricing” [9] as a way to encourage efficient use of network resources. We explore the implications of flat pricing and congestion pricing for capacity expansion [10] in centrally planned, competitive and monopolistic [14] environment. We demonstrate that, in addition to gains in total and en-user surplus, context provider experiences a net surplus from participation in rate allocation [16] under the low cost of connectivity. While determination of the access price is ultimately based on additional considerations beyond the scope of this paper, the analysis can serve as a benchmark to structure access price in broadband access networks [7].